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REPORT LAGUNA P Edited Dipl.-Ing Dipl.-Ing Dr. rer.- WEHRL Bismarc 79312 E German PROVINCE_REV2_2018-05-07 by: g. (FH) Mar g. Jérémie B -nat. Miriam LE Umwelt ckstr. 1 – 11 Emmending ny 7.DOCX W "Integrat rtin Schaub Bertrand m Weissroth GmbH 1 gen Waste m Lagu P ted Resou th 1 - 77 manag una Pr hilipp urce Mana he Urban N May 20 R G In C U U E Ba 7 gemen rovinc ines agement in NEXUS" 018 eported to IZ Project ntegrated R ities: the U nited Nation N ESCAP B nvironment angkok 102 nt in ce n Asian Ci : Resource M Urban Nexu ns, Rajadam Building, 5th and Develo 200, Thailan ities: Managemen us (Nexus I mnern Nok h Floor, opment Div nd Speicherdatum: 201 nt in Asian I) Avenue vision 18-05-07

W aste manag ement in Laguna Province Philippines · WAST LAGU REPORT LAGUNA P Figure 3 Figure 3 Figure 3 Manual Figure 3 Figure 4 Figure 4 Figure 4 Figure 4 Figure 4 Figure 4 Figure

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REPORT LAGUNA P

Edited

Dipl.-IngDipl.-IngDr. rer.-WEHRLBismarc79312 EGerman

PROVINCE_REV2_2018-05-07

by:

g. (FH) Marg. Jérémie B-nat. MiriamLE Umwelt ckstr. 1 – 11Emmendingny

7.DOCX

W

"Integrat

rtin Schaub Bertrand

m WeissrothGmbH

1 gen

Waste m

Lagu

P

ted Resou

th

1 - 77

manag

una Pr

hilipp

urce Mana

he Urban N

May 20

R

GInCUUEBa

7

gemen

rovinc

ines

agement in

NEXUS"

018

eported to

IZ Projectntegrated Rities: the United NationN ESCAP Bnvironmentangkok 102

nt in

ce

n Asian Ci

:

Resource MUrban Nexuns, RajadamBuilding, 5thand Develo

200, Thailan

ities:

Managemenus (Nexus Imnern Nok h Floor, opment Divnd

Speicherdatum: 201

nt in Asian I) Avenue

vision

18-05-07

WASTLAGU

REPORT LAGUNA P

CONTE

1. ..... Ex

2. ..... In

3. ..... Pr

3.1.

3.2.

3.3.

3.3.1.

3.3.2.

3.4.

3.4.1.

3.4.2. 3.4.3.

3.4.4.

3.4.5.

3.4.6.

3.5.

3.5.1.

3.5.2.

3.6.

3.6.1.

3.6.2. 3.6.3.

3.7.

3.7.1.

3.7.2.

3.7.3.

3.7.4.

4. ..... Si

4.1.

4.1.1.

4.1.2.

4.2.

4.3.

4.3.1.

4.3.1.1.

TE MANAUNA PRO

PROVINCE_REV2_2018-05-07

ENTS

xecutive su

ntroduction

rovince of

Location a

Population

Physical c

Geograp

Cimate ..

Current so

Source r

Collectio

Transfer

Process

Final dis

Costs an

Waste cha

Quantity

Quantity

Legal and

Local law

Roles of

City/Mun

Plan / Stra

Vision ...

Targets .

Approac

Clusterin

ite visits ...

Santa Ros

Coconut

PET bott

Binan City

San Pedro

Site data

Site l

AGEMENOVINCE

7.DOCX

ummary ...

n and basic

Laguna ....

and land are

n ...............

characterist

phy / Geology

.....................

olid waste m

reduction .......

on ..................

r.....................

facilities .......

posal ............

nd revenues ..

aracteristics

and composit

and composit

institutiona

ws and regulat

the Provincia

nicipal Solid W

ategy .........

.....................

.....................

h ...................

ng of LGUs ....

..................

sa waste pr

coal briquette

tle recycling ..

y ................

o Landfill ...

a / Operationa

ocation .........

NT (PHILIP

..................

cs...............

..................

ea ..............

..................

ics .............

......................

......................

managemen

......................

......................

......................

......................

......................

......................

s ................

tion of waste d

tion of waste (

al framewor

tion ................

l Solid Waste

Waste Manage

..................

......................

......................

......................

......................

..................

rocessing de

es ..................

......................

..................

..................

l data ............

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PPINES)

2 - 77

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nt conditions

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disposed (from

(for design est

rk ................

......................

Management

ement Board (C

..................

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emonstratio

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7

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s................

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m WACS) ......

timations) .....

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t Board (PSWM

C/MSWMB) ..

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on site ........

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Speicherdatum: 201

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WASTLAGU

REPORT LAGUNA P

4.3.2. 4.3.3.

4.3.4.

5. ..... Im

5.1.

5.1.1.

5.1.1.1. 5.1.1.2. 5.1.1.3. 5.1.1.4. 5.1.2. 5.1.2.1. 5.1.2.2. 5.1.2.3. 5.2. seconda

5.2.1.

5.2.2. 5.2.2.1. 5.2.2.2. 5.2.2.3. 5.2.2.4. 5.2.2.5. 5.2.2.6. 5.2.2.7. 5.3.

5.4.

6. ..... C

7. ..... A

TE MANAUNA PRO

PROVINCE_REV2_2018-05-07

Landfill o

Landfill h

Leachate

mplementat

Decentral ...............

Concept

ExamExamCost Poss

Concept

ExamCost Poss

Centralizeary fuels ....

Approac

Mechani

GenePropoPropoPropoCost OutloOutlo

Energetc

Cost comp

onclusion

ppendices

AGEMENOVINCE

7.DOCX

operation .......

health, safety a

e treatment up

tion of a w

ized waste .................

s with simple

mple of shreddmple of disk se

estimation forsible layout ....

s with simple

mple of biologiestimation for

sible layout ....

ed waste tre.................

h: Clustering .

cal-biological

eral MYT® proosed MYT® teosed MYT® plosed MYT® plestimation for

ook on a combook on combin

utilization o

pilation ......

.................

.................

NT (PHILIP

......................

and environm

pgrade options

aste treatm

treatment (..................

on-site measu

der .................eparator .........r concepts wit......................

treatment plan

cal drying sysr concepts wit......................

eatment for ..................

......................

treatment with

cess descriptiechnology for eant layout for ant figures forr mechanical-bbined leachatened landfill gas

f the genera

..................

..................

..................

PPINES)

3 - 77

......................

ment ................

s ...................

ment conce

in rural area..................

ures ...............

......................

......................th simple on-s......................

nts.................

stem implementh simple treat......................

the Provinc..................

......................

h MYT® proce

ion ................example “Lagexample “Lag

r example “Labiological treae and processs and biogas u

ated fuels ..

..................

..................

..................

7

.....................

.....................

.....................

ept for the

as with sma..................

.....................

.....................

.....................ite measures .....................

.....................

nted in Germatment plants .......................

ce of Lagun..................

.....................

ss .................

.....................una” in brief ..

guna” ............guna” ...........

atment with MYwater treatme

utliization ......

..................

..................

..................

..................

......................

......................

......................

Province o

all / medium..................

......................

......................

......................

......................

......................

......................

any: Box dryin............................................

a for genera..................

......................

......................

......................

......................

......................

......................YT® process ..ent .......................................

..................

..................

..................

..................

......................

......................

......................

of Laguna .

m waste gen..................

......................

......................

......................

......................

......................

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ng and compos............................................

rating high-q..................

......................

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..................

Speicherdatum: 201

.....................

.....................

.....................

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neration rate..................

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sting unit .................................................

quality ..................

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WASTLAGU

REPORT LAGUNA P

LIST OF

Table 1http://wo

Table 210-Year

Table 310-Year

Table 4Provinc

Table 52015-20

Table 6WACS Provinc

Table 7by MunEnviron

Table 8

Table 9

Table 1

Table 1through

Table 1

Table 1

TE MANAUNA PRO

PROVINCE_REV2_2018-05-07

F TABLES

: Climatologorldweather

: LGUs Curr SWMP 20

: Summary r SWMP 20

: LGUs Disial 10-Year

: Consolida024 Provinc

: Summary in the Provie of Laguna

: Waste Anicipality of Smental Res

: Character

: Cost estim

0: Cost esti

1: Sample Ch Clustering

2: Cost esti

3: Cost com

AGEMENOVINCE

7.DOCX

gical Informr.wmo.int/en

rrent SWM 015-2024 Pr

of LGUs M015-2024 Pr

posal facilitSWMP 201

ated Budgetce of Lagun

Showing thnce of Lagua) ..............

alysis And San Pedro Lsarch Servic

rization and

mation ........

imation ......

Cluster form; Workshop

imation of M

mpilation for

NT (PHILIP

mation for Men/city.html?

Collection Arovince of L

MRF and Corovince of L

ies in the P15-2024 Pro

t of LGUs oa) ..............

he Quantity una, CY-20..................

CharacterisLaguna Sances) ...........

water cont

..................

..................

med on SWp on SWM, A

MYT® proce

r the propos

PPINES)

4 - 77

etro Manila?cityId=92) ..

Activities in Laguna) ......

omposting FLaguna) ......

Province of Lovince of La

n SWM Pro..................

and Comp15 (Referen..................

sation Studynitary Landf..................

tent for desi

..................

..................

M (ReferenApril 27-28

ess (exampl

sed implem

7

(Reference..................

the Provinc..................

Facility As o..................

Laguna As aguna) ......

ograms (Ref..................

osition of Wnce: Provin..................

y of Municipfill Facility N..................

ign purpose

..................

..................

nce: Sustain2017, Sant

e Laguna) .

entation co

e: ..................

ce of Lagun..................

f June, 201..................

of June, 20..................

ference: Pro..................

Waste Dispocial 10-Yea..................

pal Solid WaNovember 4..................

es (Referenc

..................

..................

nable Solid Wta Cruz, Lag

..................

ncepts (Ref

..................

na (Referenc..................

5 (Referenc..................

015 (Referen..................

rovincial 10-..................

osed per daar SWMP 20..................

aste (MSW4-5 2015 (R..................

ce: WEHRL

..................

..................

Waste Manguna) ........

..................

ference: W

Speicherdatum: 201

..................

ce: Provinc..................

ce: Provinc..................

nce: ..................

-Year SWM..................

y Based on015-2024 ..................

) generatedeference: d..................

LE) .............

..................

..................

nagement ..................

..................

EHRLE) ....

18-05-07

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MP . 20

n

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WASTLAGU

REPORT LAGUNA P

LIST OF

Figure 1

Figure 22024 Pr

Figure 3http://wo

Figure 4Santa R

Figure 5

Figure 6WEHRL

Figure 7

Figure 8

Figure 9

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 1

Figure 2

Figure 2

Figure 2

Figure 2

Figure 2

Figure 2

Figure 2

Figure 2

Figure 2WEHRL

Figure 2

Figure 3

Figure 3

Figure 3

Figure 3

Figure 3

Figure 3

TE MANAUNA PRO

PROVINCE_REV2_2018-05-07

F FIGURES

1: Implemen

2: Location rovince of L

3: Climatoloorldweather

4: CharcoalRosa) .........

5: Coconut

6: (left) Oil bLE) .............

7 (right): Mi

8 (left): Coc

9 (right): Co

10: Example

11: (left) Ma

12: (right) M

13: Project

14: Satellite

15: Waste t

16: Scaveng

17: Segrega

18: Segrega

19: Segrega

20: Stored r

21: Caterpil

22: Truck w

23: Site em

24: On site

25: Landfill

26: Shed wi

27: Leaking

28: CombinLE) .............

29: (left) Tu

30: (right) U

31: Membra

32: Membra

33: Waste t

34: Possible

35: Shredde

AGEMENOVINCE

7.DOCX

S

ntation of R

Map of the Laguna) .....

ogical Informr.wmo.int/en

Briquetting.................

shells store

barrels for p.................

lling drums

conut coal p

oconut coal

e for recycli

aterial Reco

Material Rec

data Pilotag

e view of Sa

ruck deliver

gers segreg

ated metal a

ated paper

ated plastic

recyclables

lar for wast

with ground f

ployee prep

odour elimi

leachate co

ith leachate

g leachate fr

ation of bio.................

bular memb

UF-loop with

ane Bio Rea

ane Bio Rea

reatment co

e concept im

er (Photo: E

NT (PHILIP

RA 9003 in t

Province o..................

mation for Mn/city.html?

g Livelihood..................

ed and dried

producing a..................

for preparin

powder after

briquettes a

ing of PET

overy Facilit

covery Facil

ge San Ped

an Pedro Sa

ring MSW to

gating the w

and plastic

(Photo: WE

(Photo: WE

and on site

e compacti

for covering

paring the d

nation (Pho

ollecting pon

e pumps (Ph

rom the alre

logical treat..................

brane modu

h dedicated

actor proces

actor plant (

oncept for th

mplementati

EuRec) .......

PPINES)

5 - 77

he Philippin

of Laguna (R..................

Metro Manila?cityId=92) ..

d Program (..................

d under the

coal-like m..................

ng the coco

r the milling

as final prod

bottles (Pho

ty (MRF) in

lity (MRF) in

dro Landfill (

anitary Land

o the landfil

waste while

(Photo: WE

EHRLE) ......

EHRLE) .....

e MRF (Pho

ng (Photo:

g the dump

diluted liquid

oto: WEHRL

nd (Photo: W

hoto: WEHR

eady filled c

tment and U..................

ule (Photo: W

circulation

ss (Referen

(Reference:

he Province

ion (Refere

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7

nes (Refere

Reference: ..................

a (Referenc..................

Reference: ..................

open sky (

material from..................

onut coal po

g (Photo: W

duct (Photo

oto: WEHR

City of Bina

n City of Bin

(Reference

dfill (Refere

ll site (Phot

waste truck

EHRLE) .....

..................

..................

oto: WEHRL

WEHRLE) .

site (Photo

d for odour e

LE) ............

WEHRLE) .

RLE) ..........

cells of San

UF for sludg..................

WEHRLE) .

pump (Pho

nce: WEHRL

: WEHRLE)

e of Laguna

nce: WEHR

..................

nce: WEHR

Provincial 1..................

ce: ..................

CESWM P..................

Photo: WEH

m the dried c..................

owder (Phot

EHRLE) .....

o: WEHRLE

LE) ............

an (Referen

nan (Refere

: BACAVAL

nce: Google

o: WEHRLE

k is unloade

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elimination

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a (Reference

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10-Year SW..................

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Plan 2016-20..................

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coconut she..................

to: WEHRL

..................

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..................

nce: ICLEI).

ence: ICLEI

LLEY ENER

e Maps) ....

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ed (Photo: W

..................

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(Photo: WE

..................

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dfill (Photo: W

on (Referen..................

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..................

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nce: ..................

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WASTLAGU

REPORT LAGUNA P

Figure 3

Figure 3

Figure 3Manual

Figure 3

Figure 4

Figure 4

Figure 4

Figure 4

Figure 4

Figure 4

Figure 4Provinc

Figure 4

Figure 4

Figure 4

Figure 5

Figure 5

Figure 5

Figure 5

Figure 5

TE MANAUNA PRO

PROVINCE_REV2_2018-05-07

36: Disc Se

37: Layout:

38: EuRec rsorting unit

39: Possible

40: Example

41: Example

42: Example

43: Floor ae

44: Control

45: Layout o

46: Map of tial 10-Year

47: Flow sc

48: Key com

49: Key com

50: RDF uti

51: Possible

52: Defined

53: Concret

54: Exempla

AGEMENOVINCE

7.DOCX

parator (Re

Shredder (

reference pt (Referenc

e concept im

e for closed

e for closed

e for closed

eration syste

room (exem

of bio-drying

the ProvincSWMP 201

heme of the

mponents of

mponents of

lization opti

e concept im

Aerobic Mi

te tunnels in

arily layout

NT (PHILIP

eference: Eu

1) – Magne

lant Vinh Loe: EuRec) .

mplementati

d waste bio-

d waste bio-

d waste bio-

em (Refere

mplarily) .....

g system (R

e of Laguna15-2024 Pro

e MYT® pro

f the “MBT

f the “MBT

ons (Refere

mplementat

ixing Proces

n the biolog

for propose

PPINES)

6 - 77

uRec) .........

et station (2)

ong, Vietna..................

ion (Refere

-drying syst

-drying syst

-drying syst

nce: Probio

..................

Reference:

a and geneovince of La

ocess “MBT

Kahlenberg

Kahlenberg

ence: WEH

tion with ad

ss (Photos:

ical drying (

ed MYT® pla

7

..................

) – Disk scre

m: Shredde..................

nce: WEHR

tem (Refere

tem (Refere

tem (Refere

os) .............

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rated wasteaguna) ......

Kahlenberg

g“ (Referenc

g“ (Referenc

RLE) .........

apted MYT®

: WEHRLE

(Reference

ant (Refere

..................

een (3) / (Re

er / Magnet ..................

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ence: Probio

ence: Probio

ence: Probio

..................

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e in selected..................

g“ (Referen

ce: WEHRL

ce: WEHRL

..................® process (R

/ ZAK) .......

: ZAK) .......

nce: JS WE

..................

Reference: E

station / Dis..................

..................

os) .............

os) .............

os) .............

..................

..................

..................

d cities (Re..................

nce: WEHRL

LE) .............

LE) .............

..................

Reference:

..................

..................

ELLE) ........

Speicherdatum: 201

..................

EuRec) .......

sk screen /..................

..................

..................

..................

..................

..................

..................

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ference: ..................

LE) ............

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WEHRLE)

..................

..................

..................

18-05-07

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WASTLAGU

REPORT LAGUNA P

LIST OF

BMZ

BOD

C/MSW

CAPEX

CCDMR

CENRO

CH4

CHP

CO2

COD

CV

DAMP®

DAO

DENR

DO

DS

EMB

ERDB

FIT

GHG

GIZ

GWP

H2S

HCF

HSE

ICLEI

ICLEI S

IEC

LFG

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AGEMENOVINCE

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PPINES)

7 - 77

for Econom

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AGEMENOVINCE

7.DOCX

nicipal Solid

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ti Zone Rea

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lic Utility Bu

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public Act

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d Waste Ma

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NT (PHILIP

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PPINES)

8 - 77

gy

d Waste Ma

nvironment a

pment

anagement

nes, Inc.

and Social

acterization

ndlung Kah

7

nagement (

and Natural

Board

Commissio

Study

hlenberg

(Act)

l Resources

on for Asia a

s Office

and the Pac

Speicherdatum: 201

cific

18-05-07

EXEC

REPORT LAGUNA P

1. EXE

Towardpopulatexisting

As a co9003) wLater thments dtion and

Associa(WACSthe town

The reaipal andGovern

As a rethey mepursued

This repippines)the indivreport aclusterin

The repSanta Rtary Lan

The anapotentiabeen idmanagehousehoorigin, scould betimal co

The baseral treasuch a wthe diffe

CUTIVE S

PROVINCE_REV2_2018-05-07

CUTIVE SU

s the end oions) found

g waste man

onsequencewhich is alshat year, thdefined firstd were the f

ated with th) as well asns and mun

alisation of td provincial ment Units

esult of theserge into clud and where

port provide). The apprvidual Locaalso highligng brings ab

port also proRosa and Bndfill (called

alysis undeal for improventified, tak

ement authoold level. Tshould be se for examp

ondition for e

sic idea for atment conway that eaerent needs

SUMMA

7.DOCX

UMMARY

of the last cd themselvenagement.

e, the Repuso known ue respectivt goals in wfirst steps to

his was ths the develonicipalities a

these goalslevels and (LGUs).

se newly crusters. Withe economic

es informatioroach is takal Governmeghts possibibout synerg

ovides a brBinan City ad “Pilotage”)

ertaken in thvement. Foking into acorities. All o

Those recycseparated aple composenergy reco

a waste mcept that co

ach LGU ges of the indiv

RY

century thees facing s

blic of the Punder the nve Administwaste manaowards a ne

e implemeopment of 1and also for

required neit required t

reated struchin these clually feasible

on on wasteking into accent Units (Lilities for cogy effects an

ief overviews well as a ).

his report sor future newccount the teoptions assuclables & rend converte

st for agricuovery in ind

anagementomprises sets the best-vidual LGUs

9 - 77

e Philippinesevere env

Philippines ame “Ecolo

trative Ordeagement anew approac

entation of 10 year’s sor the provinc

ew political training of c

ctures, the usters, coore, they mus

e managemcount that c

LUGs) as wooperation nd cost sav

w on existinsummary o

shows variow waste disechnical anume that reusable subed into usaultural use, ustrial proc

t strategy ineveral proc-suited solus.

7

s (like manvironmental

ratified in 2ogical Solider DAO 200d a basic ph on waste

a waste aolid waste mces.

structures civil servants

forces of thrdinated wast be transpo

ment concepcustomizedell as for thbetween in

vings for the

ng waste pron operatio

ous waste fsposal technd financial ecyclable sustances thable productrecyclable esses.

n the Laguncess stagestion. Thus o

ny Asian coproblems

2001 the Red Waste Ma01-34 was political strumanageme

analysis anmanagemen

such as thes at all leve

he LGUs arste manageosed using

pts for the Pconcepts h

e existing wndividual wae municipalit

ocessing annal aspects

facilities in niques, foupossibilities

ubstances aat are not sts at the wamaterials o

na Province. These staone concep

ountries withlike inadeq

epublic Act anagement released. T

ucture for itsent in the P

d charactent plans (SW

e SWM Boaels, especia

re now to bement conccentralized

Province ofhave to be waste dispoaste disposties involve

nd recyclings on the Sa

the Philippur different ss of the res

are already segregated aste treatmeor substance

e is that theages can bept can be us

Speicherdatum: 201

h fast growquate or no

No. 9003 (Act of 200

The two dos implemenhilippines.

erization stuWM plans)

ards on munlly in the Lo

be bundled cepts are to d facilities.

f Laguna (Pdeveloped

osal sites. Tsal sites. T

ed.

g structuresan Pedro Sa

ines and thsolutions haspective wasegregatedat the pointent plant. Tes with an o

re is one gee combined

sed to cater

18-05-07

wing on-

RA 00”. cu-

nta-

udy for

nic-ocal

as be

Phil-for

This This

s in ani-

heir ave

aste d at t of

This op-

en-d in for

EXEC

REPORT LAGUNA P

The pro

C

C

In the foareas sOPEX f

CUTIVE S

PROVINCE_REV2_2018-05-07

oposed proc

Decentraliz

Decentraliz

Centralized

Centralized(RDF)

ollowing, ceshall be depfor these pro

SUMMA

7.DOCX

cess stages

zed concept

zed concept

d concept: T

d concept: E

entralized spicted as weocesses wil

RY

s that can be

t: Locally-bu

t: Technical

Treatment p

Energetic ut

olutions forell as the pll be presen

10 - 77

e part of su

uilt, technica

ly more sop

plant for sev

tilization of

r the urban processes anted.

7

ch a waste

ally simple,

phisticated,

veral cities, f

high calorif

areas and and technol

treatment c

for low was

for medium

for larger w

fic fraction a

decentralizogies involv

concept are

ste quantitie

m waste qua

waste quanti

and Refuse

zed conceptved and the

Speicherdatum: 201

e:

es

antities

ities

e Derived F

ts for the rue CAPEX a

18-05-07

Fuel

ural and

INTRO

REPORT LAGUNA P

2. INTR

The Urbcan conEconomschaft fresourcfor Ecocities inprovidinpossible

The taroverexpprox. 1,prox. 13approx. Santa Rthe citieand spetension

The tasVietnamtion or pand was

Like masevere result of

As a co9003) wLater thimpleme

These wdefined Among each cogoal waand muWACS.

The reaipal andGovern

ODUCTI

PROVINCE_REV2_2018-05-07

RODUCTIO

ban Nexus ntribute sub

mic and Socfür Internati

ce managemnomic Coo

n seven cong technicae, the imple

rget group oploitation un200,000 res3,000,000 r 300,000 re

Rosa (togetes Pekanbaecial develotowards the

sk includes m, Tanjung projected shste treatme

any Asian cenvironmenf inadequat

onsequencewhich is alshat year, thentation of

were the firsfirst goalsthe goals w

ommunity inas the develunicipalities

alisation of td provincial ment Units

ION AND

7.DOCX

N AND BA

approach ibstantially tcial Commisionale Zusa

ment in Asiaperation anuntries (Chl advice to

ementation o

of this apprnd pollutionsidents). In residents) aesidents). Oher with mo

aru and Tanopment zone south" the

the Nexus Pinang / Indhutdown of nt methods

countries wintal problemte or non-ex

e, the Repuso known ue respectivRA 9003 in

st steps tows in waste was the exen order to clopment of and – subs

these goalslevels and (LGUs).

D BASIC

SICS

is aiming foto the sustassion for Asammenarbean Cities: thnd Develophina, India,

municipal of practical

roach is then of resourc

China the aand in Tha

On the Philipore than 50njung Pinane Da Nang e integration

partner citdonesia anlandfill sites

s.

ith fast growms by the existing waste

blic of the Punder the nve Administr the Philipp

wards a newmanagemeecution of acollect data 10 years sosequently -

required neit required t

S

11 - 77

or integrateainability ofsia and the eit (GIZ) Gmhe urban nepment (BMZ

Indonesia,administraUrban Nex

e populatioces. In Monapproach eiland the tw

ppines the a00,000 residng (approx (approx. 7n of two Ind

ties and thed Santa Ros and set-u

wing populaend of the e managem

Philippines ame “Ecolorative Orde

pines is show

w approach ent and a ba Waste Anon the am

olid waste m for the Pro

ew political training of c

7

d planning f cities andPacific (UNmbH are im

exus", finanZ). The proj

Mongolia, tions for thus initiative

on of Asian ngolia the aengages thewo cities Capproach is dents), in In. 1,230,00070,000 resi

dian cities N

eir relevant osa / Philippp of an alte

ations, the 20th centur

ment.

ratified in 2ogical Solider DAO 200wn.

on waste mbasic politicnalysis and

mount and cmanagemenovinces, all

structures civil servants

and managd their regioN-ESCAP) amplementingced by the ject supporPhilippines

he design, ts.

Nexus parapproach ce two cities hiang Mai relevant fo

ndonesia it a0 residents)idents) are agpur and

municipal pines) in thernative was

Philippines ry. Many of

2001 the Red Waste Ma01-34 was r

managemencal structure

Charactericharacteristint plans (SW

based on t

such as thes at all leve

gement proons. The Uand the Deug the projeGerman Ferts up to tws, Thailandthe plannin

rtner-cities concerns UlRizhao andund Korat r the cities aims at the) and in VieconcernedRajkot has

departmeneir approacste disposa

found themf these pro

epublic Act anagement released. In

nt in the Phie for its imsation Studics of the wWM Plans) fthe data co

e SWM Boaels, especia

Speicherdatum: 201

ocesses whUnited Natioutsche Gesect "Integraederal Miniswelve selec, Vietnam)

ng and, whe

suffering frlan Bator (ad Weifang (a(together wNaga City a

e populationetnam the c. With the "taken place

ts (Da Nanh on renatul infrastruct

mselves facoblems were

No. 9003 (Act of 200

n Figure 1

ilippines. Thmplementatidy (WACS) waste. Anotfor the citiesollected by

ards on munlly in the Lo

18-05-07

hich ons sell-ted stry ted by

ere

rom ap-ap-

with and n of city ex-e.

ng / ura-ure

cing e a

RA 00”. the

hey on. for

her s & the

nic-ocal

INTRO

REPORT LAGUNA P

Figure 1: Im

WEHRLto elaboner citiefor a fut

This repthe Prov

ODUCTI

PROVINCE_REV2_2018-05-07

mplementation

LE has beeorate Feasibes to improvture-oriente

port presenvince of Lag

ION AND

7.DOCX

of RA 9003 in t

n involved ibility Studieve solid wasd and susta

ts an overvguna, Philip

D BASIC

he Philippines (

in the GIZ ies on behalste manageainable was

view of WEHppines.

S

12 - 77

(Reference: WE

n the Urbanf of the GIZ

ement. WEHste manage

HRLE’s sug

7

EHRLE)

n Nexus PrZ Urban NeHRLE in pament strate

ggestions fo

oject since exus Projectrticular prov

egy.

or a waste m

2016. WEHt and to supvides ideas

manageme

Speicherdatum: 201

HRLE’s taskpport the pa and conce

ent strategy

18-05-07

k is art-

epts

for

PROV

REPORT LAGUNA P

3. PRO

Most of SWMP

3.1. LO

The Prothe MetRizal; Ngas andprogresCavite, area for

Figure 2: L

Lagunaince in RIV and a

VINCE O

PROVINCE_REV2_2018-05-07

OVINCE OF

f the informa2015-2024

OCATION A

ovince of Latro Manila a

Northeast byd west by Cssive and dyLaguna, Ba

r local and i

Location Map of

has a totaRegion IV-Aabout 0.58

OF LAGU

7.DOCX

LAGUNA

ation in theProvince o

AND LAND

aguna is locarea. Laguny the SierraCavite. Lagynamic induatangas, Rinternationa

f the Province o

l area of 17A (CALABA% percent o

NA

e chapters 3of Laguna.

D AREA

cated 30 kilna is bound

a Madre Mouna lies witustrial regiozal, Quezo

al business.

f Laguna (Refer

75,973 hectARZON). Its of the total

13 - 77

3.1 to 3.7.4

lometres awded on the

ountain Ranthin the CA

ons. The CAn. Laguna's

rence: Provincia

tares (or ab size is appland area o

7

was direct

way from MNorth by L

ge; East byALABARZOALABARZOs proximity

al 10-Year SWM

bout 1,759.7proximately of the count

ly taken fro

anila. lt is tLaguna de y Quezon PN region, o

ON Region ito Metro Ma

MP 2015-2024 P

7 sq. km), th3.75 % perry. Its comp

om the Prov

the first proBay end th

Province, Soone of the cincludes theanila make

Province of Lag

he second rcent of the ponent LGU

Speicherdatum: 201

vincial 10-Ye

vince southhe provinceouth by Batacountry's me Provincess it a strate

una)

smallest prwhole Reg

Us comprise

18-05-07

ear

h of e of an-ost

s of egic

rov-ion

e of

PROV

REPORT LAGUNA P

twenty fLGUs bCabuyaKalayaaof 109.2area ha

3.2. PO

Based otion as othe slowpopulatabout 2will be Lagunafor the yguna is

3.3. PH

3.3.1.

Lagunaern shothirty m

3.3.2.

The proparts, wing the rainfall m

Rainfallhas the ence ra

Accordihttp://woApril) is

VINCE O

PROVINCE_REV2_2018-05-07

four (24) mubelong to thao City, Caan, Pangil, P2 km or abo

as a total lak

OPULATIO

on the Natioof May 1, 2west growthion of 389,5.82 % pera 3.22 % a ranks secoyear 2015 texpected to

HYSICAL C

GEOGRA

's terrain coores of the funicipalities

CIMATE

ovince is relwest of Sant

rest of the more evenly

occurs freqhighest pre

infall.

ng to availaorldweather ~ 44 mm a

OF LAGU

7.DOCX

unicipalitieshe coastal alamba CityPakil. Paeteout 49.64 %keshore zon

ON

onal Statisti2010 is 2,66h rate. The 377. The r

rcent or 507annual growond and ranthe populatio double in

CHARACTE

APHY / GEO

onsists maifamous Lags are either

atively dry fta Cruz, expyear. The ey distributed

quently durecipitation.

able meteorr.wmo.int/en

and during t

NA

s and six (6)zone which

y, Los Bane, Siniloan a% percent one of 580.2

ics Office (N69,847. The

LGU with tesult of the7,658 persowth rate fornks fourth ason of the Pthe next 21

ERISTICS

OLOGY

nly of narroguna de Baalong the B

from Novemperience a deastern andd throughou

ing the monlt is from Ju

rological dan/home.htmhe rainy se

14 - 77

) cities. Theh include: S

nios, Bay, Cand Mabitacof the total csq. km or 5

NSO) censue fastest grothe higheste NSO 200ons over ther the year 2s the highly

Province of L1 years.

ow plains exay. ln fact, mBay shores

mber to Aprdry season

d southern mut the year.

nths of Mayune to Nove

ata for Metroml), the averason (May

7

e Provincial San Pedro Calauan, Vc. The Iakescoastal leng57.37 hecta

us, the Provowing munict population7 census s

e 2000 cens2000-2007. y populated Laguna will

xtending alomore than hor a portion

ril and wet dfrom Nove

most portio

y to Novemember that

o Manila (Wrage rainfal- October)

capital is SCity, Binan

Victoria, Pilashore area gth of Lagures.

vince of Lagcipality is Cn is the Cityshowed thasus figures.

Within thenationwide be 3,270,9

ong the eashalf, or at len of them to

during the rember to Apn do not ha

ber. Generathe coastal

World Weathl during theis ~ 304 mm

Santa Cruz. n City, Sana, Santa Chas a total

una de Bay.

guna's regisCabuyao why of Calambat there is a. lt is estimae CALABARe. The NSO 984.The pop

stern, southeast seventouching the

est of the ypril, and rainave distinct

ally, the mo areas mos

her Informate dry seasonm (see Tabl

Speicherdatum: 201

Eighteen (nta Rosa CCruz, Lumb

coastal len. Its Iakesho

stered popuile Cavinti hba with a toan increaseated that theRZON Regi

projected tpulation of

hern and weeen (17) ofBay shores

ear. The otny season dseasons, w

onth of Augst often expe

tion Servicen (Novembele 1).

18-05-07

18) City,

an, gth ore

ula-has otal e at ere on, hat La-

est-f its s.

her dur-with

ust eri-

e at er -

PROV

REPORT LAGUNA P

The daicategorate gen

Table 1: C

Figure 3: C

3.4. C

3.4.1.

Waste rthe conwaste sHoweveindiscrimtion Pol

VINCE O

PROVINCE_REV2_2018-05-07

ily maximumrized as vereration in th

limatological Inf

Climatological In

URRENT S

SOURCE

reduction prnduct of sesegregationer, there is pminate dumicy" (Referenc

OF LAGU

7.DOCX

m temperatry humid anhe landfill.

formation for Me

nformation for M

SOLID WAS

REDUCTIO

ractices of ceminars andn at sourcepoor compli

mping of wasce: Provincial 10

NA

ture rangesd hot, pote

etro Manila (Re

Metro Manila (Re

STE MANA

ON

component d meetings, reduce, reiance on waste is still in0-Year SWMP 2

15 - 77

s from ~ 29ntially enha

eference: http://w

eference: http://

GEMENT C

LGUs in ths MENROs/e-use, recyaste segregn practice. L2015-2024 Prov

7

to ~ 33°C ancing the r

worldweather.w

/worldweather.w

CONDITION

he Province /CENROs eycle (3Rs) agation in theLGUs implevince of Laguna

(see Tableate of wast

mo.int/en/city.ht

wmo.int/en/city.h

NS

of Laguna encourage and promote householdment "No S).

e 1). The site degradat

tml?cityId=92)

html?cityId=92)

are establiscommunitiete backyard

d Ievel. OpeSegregation

Speicherdatum: 201

te is therefoion and lea

shed. Throues to practd composti

en burning a No Coll

18-05-07

ore ch-

ugh tice ng.

and ec-

PROV

REPORT LAGUNA P

3.4.2.

Municipmixed wcompliamunicipper schlocated collectioupland Laguna

Table 2: LGof Laguna)

VINCE O

PROVINCE_REV2_2018-05-07

COLLECT

palities are iwaste collecance is still pal solid waedule basisfar from the

on was madbarangays..

GUs Current SW)

OF LAGU

7.DOCX

TION

mplementinction. LGUslow. Twenty

astes within s in the uple municipalde in order The table

WM Collection A

NA

ng segregats are implemy-six (26) otheir collec

and rural al centralizedr to minimizbelow is the

Activities in the P

16 - 77

ted collectiomenting the

out of thirty ction areas

areas whered MRF wheze transpore LGU curr

Province of Lag

7

on at sourcee "No Segre(30) LGUs . Other LGUe houses arere daily colrt cost and rent SWM c

guna (Reference

e and only fegation are implem

Us implemere distant frlection is imincrease co

collection ac

e: Provincial 10-

five (5) LGUNo Collecti

menting dailent waste crom one anmpractical. Tollection effctivities in th

-Year SWMP 20

Speicherdatum: 201

Us still praction Policy" ly collectioncollection onnother and aThis systemficiency in he province

015-2024 Provin

18-05-07

tice yet

n of n a are

m of the

e of

nce

PROV

REPORT LAGUNA P

3.4.3.

LGUs wand matranspoposting transfercient coof each ators. Ssent dire

3.4.4.

Table 3LGUs inRecoveclable mstoragetheir ow

The storecyclabgradablrotatingused in

VINCE O

PROVINCE_REV2_2018-05-07

TRANSFE

within the 2n

naged by erted and diof biodegra

r stations inollection and

LGU. MostSolid waste ectly to the

PROCESS

3 indicates tn the munic

ery Facility. materials an and shredd

wn barangay

ored recyclable materiale wastes c drum commaking hol

OF LAGU

7.DOCX

ER

nd, 3rd, and 4each municisposed of badable wast the purok d transport t LGUs in this brought sanitary lan

S FACILITI

the numbercipal Ievel oThis servesnd processding. Out ofy MRF.

able materials are often

collected armposters an

llow blocks,

NA

4th districts hpality. The by LGUs. lttes and stor(district), sitof wastes. The 1st and 2from the s

ndfills by pr

ES

r of MRFs aof Laguna Ps as the prosing of agricf 674 baran

als in the M used as sae processed also thro, bricks and

17 - 77

have centraMRF servet also provirage area fotios (enclavThe waste 2nd district hsource to derivate contra

and composProvince haocessing ofcultural wa

ngays in the

MRF are soldalaries and ed into comough vermi-d tiles.

7

alized Matees as a transdes for the or the residve) and barais then to bave contracesignated pactors.

sting facilitieave establisf biodegradastes into c

e province o

d in bulk toincentives

mpost using -composting

rials Recovsfer station storage of

ual wastes.angays as pe transferrects with privpick-up poin

es in the LGshed their oables into charcoal briqnly 118 bar

junkshop ofor the labobioreactors

g. Other res

very Facility for residua

f recyclable . LGUs idenpick-up poined to the cevate sanitarnts in the b

GUs. To daown centralcompost, stquettes, plarangays hav

operators. Sourers in thes, windrowssidual plast

Speicherdatum: 201

(MRF) ownal waste tha

wastes, contify tempornts for the e

entralized Mry landfill opbarangays a

ate twenty (2ized Materiorage of reastic residuve establish

Sales from e MRF. Biods compostetic wastes a

18-05-07

ned at is om-rary effi-RF

per-and

22) ials

ecy-uals hed

the de-ers, are

PROV

REPORT LAGUNA P

Table 3: Sof Laguna)

3.4.5.

PresentLagunaand dispposal fa

VINCE O

PROVINCE_REV2_2018-05-07

ummary of LGU)

FINAL DIS

ted in Table. Thirteen (posal of the

acility. None

OF LAGU

7.DOCX

Us MRF and Co

SPOSAL

e 4 is the c(13) LGUs eir solid wasetheless the

NA

mposting Facili

urrent type are in contrstes. Four (ere are nine

18 - 77

ty As of June, 2

of disposaract with pr(4) LGUs hae (9) LGUs o

7

2015 (Reference

l facilities urivate SLF oave establisoperating c

e: Provincial 10-

used by the operators wshed their oontrolled du

-Year SWMP 20

LGUs in thwhich providown SLF asumps while

Speicherdatum: 201

015-2024 Provi

he Provincede the haultheir final dfour (4) LG

18-05-07

nce

e of ing

dis-GUs

PROV

REPORT LAGUNA P

still uselowed tothe dispprovidedin the aand info

Table 4: LGince of Lag

VINCE O

PROVINCE_REV2_2018-05-07

e their openo dwell in thposal facilityd that they

area. This taormal settle

GUs Disposal faguna)

OF LAGU

7.DOCX

n dumpsiteshe disposaly through anshall perfo

arget creaters.

acilities in the P

NA

s. Province facilities. S

n ID systemrm their duted a harmo

rovince of Lagu

19 - 77

wide, inforScavengers m. They areties and res

onious relat

una As of June,

7

mal settlersare organiz allowed to sponsibilitietionship bet

2015 (Referenc

s and scavezed to workcollect and

es as authortween the L

ce: Provincial 10

engers are k as waste sd sell recyclrized wasteLGUs, wast

0-Year SWMP 2

Speicherdatum: 201

strictly not segregatorsable materi

es segregatte segregat

2015-2024 Prov

18-05-07

al-s in ials ors ors

v-

PROV

REPORT LAGUNA P

3.4.6.

As presment fohave thpaymenrespectfrom SWmental ances. the LGU* Cities wh

Table 5: C

VINCE O

PROVINCE_REV2_2018-05-07

COSTS A

sented in Taor the wholee highest a

nt for servicive areas. TWM prografees, revenNonetheles

Us. hich are adminis

onsolidated Bud

OF LAGU

7.DOCX

AND REVEN

able 5 the ce province

allocation foces to privatThere are ams. Reven

nues from vss, the reve

stratively and leg

dget of LGUs o

NA

NUES

consolidateis approximr SWM whete contractoabout PHP 1ues collecte

violation finenues collec

gally not subjec

n SWM Program

20 - 77

ed budget/emately PHPerein approors for the h137,100,00ed by LGUes and pencted are ins

ct to a province,

ms (Reference:

7

expendituresP 610,500,0ximately 50

hauling and 0 estimated

Us come manalties and sufficient to

and thus do no

Provincial 10-Y

s of LGUs o000 per an0 % of their disposal of

d total revenainly from tcollection frcompensat

t share their tax

Year SWMP 201

on Solid Wnum. Comptotal budge

f generatednues per anthe collectiorom environte the SWM

x revenues with

15-2024 Provinc

Speicherdatum: 201

Waste Managponent Citieet are used waste in thnnum of LGon of environmental cleM expenses

any province.

ce of Laguna)

18-05-07

ge-es* as

heir GUs

on-ear-s of

PROV

REPORT LAGUNA P

VINCE O

PROVINCE_REV2_2018-05-07

OF LAGU

7.DOCX

NA

21 - 777 Speicherdatum: 201

18-05-07

PROV

REPORT LAGUNA P

3.5. W

3.5.1.

The follcities - f

Althougformatio

Table 6: S2015 (Refe

The follsamplin

As well waste s

Table 7: WSanitary La

VINCE O

PROVINCE_REV2_2018-05-07

WASTE CHA

QUANTIT

owing Tablfocussing b

gh the figureon on the w

ummary Showinerence: Provinc

owing Tablng points at

as the abosamples.

Waste Analysis Aandfill Facility N

OF LAGU

7.DOCX

ARACTERI

TY AND CO

e 6 shows iodegradab

es in Table water conten

ng the Quantity cial 10-Year SW

le 7 shows San Pedro

ove table Ta

And CharacterisNovember 4-5 20

NA

STICS

OMPOSITIO

the Waste ble and recy

6 give an int in the indi

and CompositioWMP 2015-2024

the Waste Landfill - fo

able 7 it doe

sation Study of M015 (Reference

22 - 77

ON OF WAS

Analysis anyclable com

ndication oividual fract

on of Waste DisProvince of Lag

Analysis aocussing the

es not prov

Municipal Solid e: dnc Environm

7

STE DISPO

nd Characteponents.

f the ratio otions is miss

sposed per day guna)

and Characte general w

vide any info

Waste (MSW) gmental Resarch S

SED (FROM

erization St

of the biodesing.

Based on WAC

terization Swaste compo

ormation on

generated by MServices)

M WACS)

tudy (WACS

egradable fr

CS in the Provin

Study (WACosition.

n the water

Municipality of Sa

Speicherdatum: 201

S) for selec

raction, the

ce of Laguna, C

CS) for seve

content in

an Pedro Lagun

18-05-07

ted

in-

CY-

eral

the

na

PROV

REPORT LAGUNA P

3.5.2.

Due to iStudy (Wthe tech

Table 8: C

VINCE O

PROVINCE_REV2_2018-05-07

QUANTIT

incomplete WACS) washnical treatm

haracterization

OF LAGU

7.DOCX

TY AND CO

data, the ds supplemement proces

and water cont

NA

OMPOSITIO

ifferent wasented with ass (see Tab

ent for design p

23 - 77

ON OF WAS

ste fractionsassumed wable 8 below)

purposes (Refer

7

STE (FOR D

s from the Water content).

rence: WEHRLE

DESIGN ES

Waste Analyt in order to

E)

STIMATION

ysis and Cho obtain des

Speicherdatum: 201

NS)

haracterizatsign values

18-05-07

tion for

PROV

REPORT LAGUNA P

3.6. LE

3.6.1.

In the Pmanageof plastmandatrevieweSWMP

3.6.2.

The Proernor, ahave the

a) a

cTct

b) t

c)

d) a

e) aa

f) Ct

g) W

h) C

e

VINCE O

PROVINCE_REV2_2018-05-07

EGAL AND

LOCAL LA

Provincial 10ement of LGic bags andtory placemed, updated 2015-2024

ROLES O

ovincial Solias stated in e following

Develop a agement pLGUs. lt shnicipalities componentThe provinccial governthe various

Provide necties in cons

Recommennatural eco

Recommenactivities as

Identify areand are apance with S

Coordinate the Provinc

Develop anWaste Man

Convene joboards at levaluating plan.

OF LAGU

7.DOCX

D INSTITUT

AWS AND

0-Year SWGUs are pred styrofoam

ment of garb and amendProvince o

OF THE PRO

id Waste MRule VI, Sefunctions, r

provincial slans of the

hall review aand ensure

ts. cial plan shment in iminitiatives o

cessary logsonance wit

nds measursystem.

nd measures specified i

as within itsppropriate uSection 41 o

the effortscial Solid Wa

n appropriatnagement P

oint meetinleast everythe develop

NA

TIONAL FRA

REGULAT

MP 2015-2esented. Or

m, anti-litterinbage receptaded to conf

of Laguna).

OVINCIAL

anagementection 2 of troles and re

solid wastee respectiveand integrae that vario

hall reflect thplementing

of its compo

istical and oh subsectio

res and saf

s to generan the duly a

s jurisdictionunits for plaof the Act.

of the comaste Manag

te incentivePlan.

gs of the quarter fopment and

24 - 77

AMEWORK

TION

024 Provinrdinances cng, proper acle on PUform with th

SOLID WA

t Board (PSthe Implem

esponsibilitie

e manageme city and te the subm

ous plans co

he general g a solid waonent cities

operationalon (f) of Sec

feguards ag

ate resourceapproved so

n, which haanning loca

mponent citgement Plan

e scheme as

provincial, or purposes

implementa

7

K

ce of Lagunommon to Lsegregation

UV, PUJ andhe RA 9003

ASTE MANA

SWMB), whenting Rulees:

ent plan fromunicipal s

mitted plansomplement

program ofaste managand munici

support to ction 17 of th

gainst pollu

es, funding olid waste m

ve commonl solid wast

ies and mun.

s an integra

city, and ms of integraation of its

na ordinancLGUs addren, collectiond PUB. The(as stated

AGEMENT

ich is chairees and Reg

om the subsolid waste s of oll its c

each other

f action andgement progpalities.

its componhe Local Go

tion and fo

and implemmanagemen

n solid wastte managem

unicipalities

al compone

municipal sting, synchprovincial s

ces related ess the regn and dispoese local poin the Prov

BOARD (P

ed by the Pulations of

bmitted soli managem

component cr, and have

d initiatives gram that w

nent cities aovernment

or the prese

mentation ont plans.

te managemment servic

in the impl

ent of the P

solid waste hronizing, msolid waste

Speicherdatum: 201

to solid waulation on u

osal of wastolicies shall vincial 10-Ye

PSWMB)

Provincial GRA 9003 sh

d waste maent boardscities and me the requis

of the provwould supp

and municipCode.

ervation of

of projects a

ment probleces in acco

lementation

Provincial So

managemmonitoring ae managem

18-05-07

aste use tes, be

ear

ov-hall

an-s of mu-site

vin-port

pali-

the

and

ems ord-

n of

olid

ent and ent

PROV

REPORT LAGUNA P

i) t

j) O

k)

t

l) A

More deProvinc

3.6.3.

ComponHoweve

Details cial 10-Y

3.7. PL

3.7.1.

The Prosustainament. Pable anthe Prov

Goa

1. T

2. TcC

3. Ta

4. T

VINCE O

PROVINCE_REV2_2018-05-07

Represent tional requi

Oversee the

Review evePlan for purtion to local

Allow for thlems.

etails on theial 10-Year

CITY/MUN

nent LGUser, most Loc

on the C/MYear SWMP

LAN / STRA

VISION

ovincial Goable solid w

Programs and ecologicavincial 10-Y

als:

To integrateMunicipaliti

To developcollection, tCities.

To ensure pand disposa

To increasemunity part

OF LAGU

7.DOCX

any of its corements wit

e implemen

ery two (2) yrposes of el and interna

he clustering

e historical SWMP 201

NICIPAL SO

s have alrecal SWM Bo

MSWMB formP 2015-202

ATEGY

overnment owaste manand activitiesally sound eYear SWMP

e the varioues and 6 cit

p strategies treatment, s

protection oal of wastes

e compliancicipation.

NA

omponents th agencies

ntation of th

years or asnsuring its sational deve

g of LGUs f

backgroun15-2024 Pro

OLID WAST

eady organioards are in

med and a 24 Province

of Laguna aagement prs shall be inenvironmen

P 2015-2024

us solid wasties in the P

and recomstorage, tran

of the enviros.

ce of LGUs

25 - 77

city or muns of the natio

e Provincia

s the need asustainabilielopment in

for the solut

d and the aovince of La

TE MANAG

ized their rnactive and

schedule oof Laguna.

aims to havrogram thatn harmony wnt for the pr4 Province o

ste manageProvince of

mmend locansport and

onment, pu

s on waste

7

nicipality in onal govern

al Solid Was

arises, the Pty, viability,

n the field of

tion of com

approachesaguna.

GEMENT B

respective few conven

f meetings .

ve an integt will benefwith nature resent and sof Laguna).

ement plansLaguna.

l policies thdisposal of

blic health

segregation

coordinatinnment.

ste Manage

Provincial Seffectivene

f solid waste

mon solid w

s of the PSW

OARD (C/M

Solid Wastne on a reg

per LGU ar

grated, collafit both the that warran

succeeding

s, programs

hat will ensusolid waste

and safety

n and waste

g its resour

ement Plan.

Solid Wasteess and relee managem

waste mana

WMB are p

MSWMB)

te Manageular basis.

re provided

aborative, ppeople and

nts for a cleg generation

s and strate

ure effectivee in the Mun

through pro

e diversion

Speicherdatum: 201

rce and ope

e Managemevance in rement.

agement pro

provided in

ement Boar

in the Prov

pro-active ad the enviroean, safe, lin (as stated

egies of the

e and efficinicipalities a

oper treatm

through co

18-05-07

era-

ent ela-

ob-

the

rds.

vin-

and on-ve-

d in

24

ent and

ent

om-

PROV

REPORT LAGUNA P

5. T

6. Tao

7. Te

8. Ta

9. Tg

3.7.2.

Details CY 201

3.7.3.

Plan StrProvinc

1. S

st

2. C

ta

3. S

c

a

ccs

VINCE O

PROVINCE_REV2_2018-05-07

To enhancepractices.

To encouraagement proffshoot of

To promoteer/condition

To establishanism such

To serve agrams.

TARGETS

on the “Div5-2024” are

APPROAC

rategies in e of Laguna

Source Red LGUs mspecific wasthe Provinc

Collection Municipathe Barangaals Recovehousehold s

Segregation Segregacooperationprovince to RecyclinIevel of comand operati Based ocomprise acompostingstream. LG

OF LAGU

7.DOCX

e the capab

age and suprojects, prothe SWM p

e and enconer.

h strong pah as co-proc

as a model

S

ersion and e provided i

CH

order to fulfa are define

duction ajor sourceste generat

ce.

alities and Cays shall hary Facility. Tsegregated

n, Recyclingation plays an and particincrease co

ng activities mpliance shion of Matern the resultpproximate

g the large vUs shall be

NA

bilities, know

pport LGUs ovide incentprogram.

ourage bac

artnership wcessing of re

province o

Disposal Tan the Provin

fil the targeed as follow

reduction ptor/sector, ty

Cities shall bave the respThe Barang wastes wh

g and Compa vital step icipation of aompliance oare alreadyall be maderials Recovet of the WACly 58.16 % volume of be enjoined to

26 - 77

wledge and

in the impletive mechan

ckyard com

with private eesidual was

n ecologica

argets and ncial 10-Ye

ets (see 3.7ws:

programs, sype of wast

be responsponsibility ogays shall bhich shall be

posting in the mana

all sectors mon segregay practiced e. All Baranery FacilitieCS for the Pof the total iodegradabo create loc

7

d expertise

ementationnisms and

mposting an

entities on rstes and the

al solid was

Distributionar SWMP 2

.2) of the P

specific waste to be dive

ible for the of establishibe primarily e processed

agement of most specific

tion. in the provi

ngays shall bes. Province of wastes gen

ble waste cacal ordinanc

of LGUs on

of their resdevelop liv

d use of c

recycling ane like.

ste manage

n of Diversio2015-2024 P

rovincial 10

ste reductioerted and ga

collection ong and operesponsible

d and stored

solid wastecally the hou

nce yet a mbe enjoined

Laguna, bionerated. Thran be divertces on the p

n SWM tec

spective solvelihood pro

compost as

nd waste di

ement prac

on Target oProvince of

0-Year SWM

n approachaps to be a

of residual werating theire for the cold in the MR

es yet seriouuseholds is

monitoring sd for the est

odegradablrough the pted out of thpractice of b

Speicherdatum: 201

hnologies a

id waste maograms as

s soil enha

version me

tices and p

f the provinf Laguna.

MP 2015-20

hes for eachddressed b

wastes whileown Mater

llection of RF

us collectives aimed by t

ystem on tablishment

e wastes practice of he waste backyard

18-05-07

and

an-the

nc-

ch-

pro-

ce,

024

h by

e ri-

e the

PROV

REPORT LAGUNA P

ct

4. T

tta

5. AW

scot

a

v

6.

tt

oat

TsC

3

3.7.4.

There athem intof San PLos ban

VINCE O

PROVINCE_REV2_2018-05-07

compostingthe province

Transfer Laguna protralized Clutransfer staand b) agricposting and

Alternative With the pro(CCDMRF)machines, bshall serve cater servicof plastic sathermal proplastics as also be tapince shall pvide cemen

Disposal By year 201tion Plan ofthe 10 yearlandfill operLGUs or apoperate a Sand controlthrough theENRO). The provincsafe closureClustered Wmanagemeby the Prov3.7.4).

CLUSTER

are four (4) to two (2) cPedro, Citynos and Bay

OF LAGU

7.DOCX

g and other e.

ovince will idustered Disation of wascultural wasd livelihood

Technologioposed esta) the provincbailing macas transfer

ces from theando bags aocessing of fillers into aped to facili

propose a scnt plants pla

17 it is estimf LGUs oper planning prators in happroximatelySLF. The imled disposa

e Provincial

ce shall alloe of disposa

Waste to Enent and treatvince. The c

RING OF LG

congressioclusters. Cluy of Binan, Cy, while Clu

NA

means of c

dentify clusstrict MRF'stes such asstes/rice staprograms li

es for Residablishment ce propose chines, rapid

station, stoe clustered and styrofoaplastics into

asphalt cemitate collectcheme on "w

astic residua

mated that 6n and contr

period, LGUuling and dy 63 % opt

mplementatioal facilities bGovernmen

ow LGUs to al facilities. nergy Plantstment and d

clustering pr

GUS

onal Districtuster I shalCity of Sta. uster II sha

27 - 77

composting

stered collecs (CCDMRs: a) residuaalks/wood trike charcoa

dual Wasteof two (2) Cto acquire

d compostinorage facilityLGUs. Otheam into tileso chairs and

ments shall btion of otherwaste to ceal wastes in

60 % of the rolled dispos plan to avisposal of reto operate aon of the SAby the LGUsnt Environm

borrow its hThe Provin

s with Sanitdisposal of rocess shal

ts in the Prll be compoRosa, City

all be compo

7

practices fo

ction pointsF). These al plastics forimmings/ w

al briquetting

es Centralized multi-purpong machiney and proceer alternativs, bricks, bod tables; probe considerr plastic resement progrn exchange

activities insal sites havail contractesidual wasa centralizeAFE CLOSRs shall be cl

ment and Na

heavy equipnce envisiontary Landfill their wastesl be execut

rovince of Losed of LGU

of Cabuyaoosed of LGU

or its implem

s and aims facilities wior co-procewater lilies ag and hand

Clustered Dse shreddins for the CC

essing of plave technologoards and oocessing of red. Cemeniduals in theram" whereifor cement.

n the Safe Cave already t of service stes. Nineteed MRF rathRE AND RElosely moniatural Reso

pments for tns in the futu

facilities ths. Clusterined through

Laguna. TheUs within tho, City of CUs within th

mentation a

to establishill serve as

essing to ceas raw mateicrafts mak

District MRFng machineCDMRF. Thastic residugies such a

other functiof plastics intt processine CCDMRFin the provi.

Closure andbeen implewith private

een ( 19) ouher than to eEHABILITAtored by the

ources Office

the rehabiliure to estabat will assisg shall be sthe followin

e province e 1st and 2n

Calamba, Mhe 3rd and 4

Speicherdatum: 201

ll throughou

h two (2) Ces storage ament factorerials for coing.

F's es, smelting he CCDMRFals that will

as processinonal producto paint andg plants sha

F. The prov-nce shall pr

d Rehabilitaemented. Foe sanitary ut of thirty (3establish anTION of ope province e (PG-

tation and blish two (2)st LGUs in tspearheadeng steps (se

aims to grond District: Cunicipalities

4th District: M

18-05-07

ut

en-and ries om-

F

ng ts;

d all -ro-

-or

30) nd en

) the ed ee

oup City s of Mu-

PROV

REPORT LAGUNA P

nicipalitLumbanMajayja

VINCE O

PROVINCE_REV2_2018-05-07

ties of Calan Kalayaanay, Luisiana

OF LAGU

7.DOCX

auan, Alam, Paete, Pa and City of

NA

minos, Liliw,akil, Pangil, f San Pablo

28 - 77

, NagcarlanFamy, Sini

o.

7

n, Rizal, Viiloan, Mabit

ictoria, Pilatac, Sta. Ma

a, Sta. Cruaria, Cavint

Speicherdatum: 201

z, Pagsanjti, Magdale

18-05-07

an, na,

SITE

REPORT LAGUNA P

4. SITE

4.1. SA

In the Cdifferen

4.1.1.

To addrin 2010ment-fricontrollaintends

Figure 4: C

The Toycarbonized by thprocesswhich c(Reference

VISITS

PROVINCE_REV2_2018-05-07

E VISITS

ANTA ROS

City of Santat waste stre

COCONU

ress unwan0. It aims toendly alternable occurrto provide a

Charcoal Brique

yota Autopazer, grinderhe Ecosystes, the carbocan be usede: CESWM Plan

7.DOCX

SA WASTE

a Rosa (Laeams to pro

UT COAL B

nted organico lessen thenative for thrence of waalternative

etting Livelihood

arts Philippr, mixer andems Reseaon dioxide td for foliar fen 2016-2025 Cit

PROCESS

guna Provinoducts.

RIQUETTE

c wastes, the dependenhe use of liqter lilies in livelihood o

Program (Refe

ines, Inc. (Td drier to surch and Dehat is being

ertilizer. ty of Santa Ros

29 - 77

SING DEMO

nce; Distric

ES

he Charcoance on fuequefied petthe coastal

opportunities

erence: CESWM

TAP) has dupport the pevelopment g produced

a)

7

ONSTRATIO

t 1), a dem

al Briquettinglwood and troleum gas barangayss for the lak

M Plan 2016-202

donated briqprogram whBureau (DE is collected

ON SITE

onstration s

g Livelihoodprovide a c

s (LPG). It ss of Aplaya,keshore com

25 City of Santa

quetting fachile a thorouENR-ERDBd and cond

site is alrea

d Program cheaper anseeks to ad, Caingin anmmunities.

a Rosa)

cilities suchughly traininB). During thdensed as a

Speicherdatum: 201

ady process

was launchnd an enviroddress the nd Sinalhan

as briquettng was provhe carboniza liquid smo

18-05-07

sing

hed on-un-n. It

tor, vid-zing oke

SITE

REPORT LAGUNA P

Coconuobtain amolds toing purp

Figure 5: C

Figure 6: (

Figure 7 (r

VISITS

PROVINCE_REV2_2018-05-07

ut shells area coal-like mo produce cposes.

Coconut shells s

left) Oil barrels

right): Milling dru

7.DOCX

e dried undematerial, whcoconut coa

stored and dried

for producing a

ums for preparin

er the open hich is milledal briquette

d under the ope

coal-like mater

ng the coconut c

30 - 77

sky. The pd to dark po

es. These br

n sky (Photo: W

rial from the drie

coal powder (Ph

7

pre-dried showder. Thisriquettes ar

WEHRLE)

ed coconut shel

hoto: WEHRLE

ells are thefine powde

re sold on t

ls (Photo: WEH

)

en charred ier is pressethe local ma

HRLE)

Speicherdatum: 201

n oil barrelsd in cylindriarket for co

18-05-07

s to ical ok-

SITE

REPORT LAGUNA P

Figure 8 (le

Figure 9 (r

4.1.2.

The sam“transfo

Figure 10:

VISITS

PROVINCE_REV2_2018-05-07

eft): Coconut co

right): Coconut c

PET BOT

me site offeormed” to cr

Example for re

7.DOCX

oal powder after

coal briquettes a

TLE RECY

ers a recycreate a show

cycling of PET

r the milling (Ph

as final product

YCLING

cling exampwcase for re

bottles (Photo: W

31 - 77

hoto: WEHRLE)

(Photo: WEHR

ple how PETecycling pos

WEHRLE)

7

RLE)

T bottles, cssibilities.

car tires andd other ma

Speicherdatum: 201

aterials can

18-05-07

be

SITE

REPORT LAGUNA P

4.2. B

In the C

In the mwas pro

W

T

W

O

O

O

os

O

Figure 11:

Figure 12:

VISITS

PROVINCE_REV2_2018-05-07

INAN CITY

City of Binan

meeting witovided:

Population

Waste gene

Tipping Fee

From March

Real collect

Waste com

No existing

One compo

One site for

One MateriMRF site 50old; 20 Mio shredder)

Other availa(MRF Lang

Land is the

No utilisatio

(left) Material R

(right) Material

7.DOCX

Y

n (Laguna P

th the City

330,000

eration 0.36

e 4,000 – 5,

h 2017 on s

tion rate es

mposition ~5

landfill – ne

ost facility is

r “other was

al Recovery000 m²; 70 PHP were

able Materiakiwa – in co

problem (fo

on processe

Recovery Facilit

Recovery Facil

Procince; Di

of Binan of

6 kg/person

,000 PHP/tr

source segr

timated at 5

1 % biodeg

ext landfill is

s in construc

ste” waste is

y Facility (Mtons/day thinvested in

al Recoveryonstruction

or setting-u

es for RDF i

y (MRF) in City

lity (MRF) in Cit

32 - 77

istrict 1) a M

fficials the

*day ~12

ruck (6 whe

regation will

50 %

gradable

s in Calamb

ction phase

s existing

MRF) in Cityhroughput (@ the existing

y Facilities (phase; MR

p waste tre

in place.

of Binan (Refer

ty of Binan (Ref

7

Material Rec

following in

20,000 kg/d

eeler truck)

l be carried

bra, operate

e

y of Binan is@ 8-10hourg plant in or

(MRFs): RF Timbao –

atment infra

rence: ICLEI)

erence: ICLEI)

covery Faci

nformation o

d MSW (incl

out binding

ed by a priv

s existing: rs/day operarder to upgr

– in operatio

astructure)

lity (MRF) i

on existing

l. industrial

gly

vate compan

ational timerade the pla

on)

Speicherdatum: 201

s existing.

infrastruct

waste)

ny

e); 5-6 yearsant (e.g. new

18-05-07

ure

s w

SITE

REPORT LAGUNA P

4.3. SA

4.3.1.

In the Mvincial 1receivin1-5 with

San PeAND CO

On the tween 2collectinlandfill g

The privsince 20some re

Figure 13:

In the minforma

VISITS

PROVINCE_REV2_2018-05-07

AN PEDRO

SITE DAT

Municipality 10-Year SWng waste sinh an entire a

dro SanitarONSTRUCT

San Pedro 2007 and 2ng wells wegas well on

vate compa011. Duringeasons.

Project data Pi

meeting wittion on exis

7.DOCX

O LANDFIL

TA / OPERA

of San PedWMP 2015-2nce 2003 frarea of 18 h

ry Landfill isTION.

Landfill site2011 (see Fere installed

the landfill

any BACAVg the site vis

lotage San Ped

h the officiasting infrastr

L

ATIONAL D

dro the Lag2024 Provinom some o

hectares.

s owned an

e a 4 MW MFigure 13). Ad throughouvisible.

VALLEY ENsits in 2017

dro Landfill (Refe

als from PILructure was

33 - 77

DATA

guna Sanitance of Laguof the Munic

d operated

Methane anAccording t

ut cell 1-4. H

NERGY has/ 2018 the

erence: BACAV

LOTAGE Ts provided:

7

ary Landfill una). The Scipalities of

by the priv

nd Power Gthe provideHowever, du

s been opepower gene

VALLEY ENERG

TRADING A

Facility exisan Pedro SLaguna. Th

vate compan

Generation Ped project inuring the vi

rating this peration plan

GY)

AND CONST

sts (as statSanitary Lanhe landfill c

ny PILOTA

Project wasnformation sit in 2017,

power genent was not in

TRUCTION

Speicherdatum: 201

ted in the Pndfill has beonsists of C

AGE TRADIN

s executed 84 landfill g, there was

eration projn operation

N the follow

18-05-07

Pro-een Cell

NG

be-gas no

ect for

wing

SITE

REPORT LAGUNA P

C

t

T

2w

T

Wt

O

During t

W

S

Oss

T

VISITS

PROVINCE_REV2_2018-05-07

Company o

In total 200to the landf

Each truck kg/m³ = 1,6ble 6 chapte

Total staff 3

200-300 famworker / sca

The site ad

Landfill ope

Waste dispthe top of e

Odour elim

the followin

Waste segr

Leachate co

Since the p(NOTE: Me

Odour elimsmell (Noteseason)

Fresh landfprovided)

Tipping fee

7.DOCX

owns 150 tru

0-300 trucksfill site

takes 24m³680 tons/dayer 3.5.1 ind

300 (truck d

milies are liavenger pe

ministration

eration in 2 s

osal in layeeach layer is

ination with

g landfill sit

regation is d

ollection me

power geneethane = gre

ination: 2 ge: The opera

fill leachate

: 285,701 P

ucks for wa

s/day (40 tru

³; Waste dey! – this daicate

drivers / rea

iving nearbyr family)

n provides fo

shifts (day /

ers of 3.5 - 4s covered w

spray (PLA

te visit with

done by sca

easures (e.g

eration planeenhouse g

allons of bioator suspec

e could not

PHP/ton (~5

34 - 77

aste collectio

ucks/day fro

nsity 350 kgily waste am

pers / admi

y the landfi

food and me

/ night)

4 m comwith ground

ANTEX Gre

the officials

avengers

g. pipework

nt is out of gas (GHG);

ocide in a scts that ther

be noticed

5,5 USD/ton

7

on

om Santa R

g/m³ (NOTEmount is far

nistration)

ll and are in

edicine for t

mpacting wit/ soil

een All in On

s the followi

k, ponds, pu

service lan global w

solution of 3re will be no

during the

n).

Rosa) of col

E: 200 truckr more than

nvolved in t

the workers

h bulldozers

ne)

ng informat

umps) are in

ndfill gas is arming pote

3,200 litres/do methane

site visit (le

llected was

ks/day * 24 n the official

the landfill o

s / scavenge

rs to a thick

tion was pro

n place

released tential (GWP

day; in the emissions

eachate fig

Speicherdatum: 201

te are brou

m³/truck * 3l figures in T

operation (o

ers

ness of 2.5

ovided:

to atmospheP)

dry season during the

ures were

18-05-07

ght

350 Ta-

one

m;

ere

no dry

not

SITE

REPORT LAGUNA P

4.3.1.1.

The SaCity, 40meters

Figure 14:

4.3.2.

The follaspects

During tronmen

VISITS

PROVINCE_REV2_2018-05-07

SITE L

n Pedro Sa023 Laguna(see Figure

Satellite view o

LANDFIL

owing phots at San Ped

the site visit (HSE) rule

7.DOCX

LOCATION

anitary Land, Philippine

e 14: Satellit

of San Pedro Sa

L OPERAT

tos are docdro Sanitary

it in 2017 des became

dfill is connes. The distate view of S

anitary Landfill (

TION

umenting thy Landfill.

ifferent issuobvious (se

35 - 77

ected via Nance to the San Pedro S

Reference: Goo

he waste se

ues that maee following

7

Narra Road,surroundin

Sanitary Lan

ogle Maps)

egregation

ay collide wg photos).

located in ng settlemenndfill (Refer

and dispos

with general

San Antonnts is only arence: Goog

sal as well a

Health, Sa

Speicherdatum: 201

nio, San Peda few hundgle Maps)).

as operatio

afety and En

18-05-07

dro red

onal

nvi-

SITE

REPORT LAGUNA P

Figure 15:

Figure 16:

VISITS

PROVINCE_REV2_2018-05-07

Waste truck de

Scavengers se

7.DOCX

elivering MSW to

egregating the w

o the landfill site

waste while wast

36 - 77

e (Photo: WEHR

te truck is unloa

7

RLE)

aded (Photo: WEHRLE)

Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 17:

Figure 18:

VISITS

PROVINCE_REV2_2018-05-07

Segregated me

Segregated pa

7.DOCX

etal and plastic

aper (Photo: WE

(Photo: WEHRL

EHRLE)

37 - 77

LE)

7 Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 19:

Figure 20:

VISITS

PROVINCE_REV2_2018-05-07

Segregated pla

Stored recyclab

7.DOCX

astic (Photo: WE

bles and on site

EHRLE)

e MRF (Photo: W

38 - 77

WEHRLE)

7 Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 21:

Figure 22:

VISITS

PROVINCE_REV2_2018-05-07

Caterpillar for w

Truck with grou

7.DOCX

waste compacti

und for covering

ng (Photo: WEH

g the dump site

39 - 77

HRLE)

(Photo: WEHRL

7

LE)

Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 23:

Figure 24:

VISITS

PROVINCE_REV2_2018-05-07

Site employee

On site odour e

7.DOCX

preparing the d

elimination (Pho

diluted liquid for

oto: WEHRLE)

40 - 77

odour eliminatio

7

on (Photo: WEHHRLE)

Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 25:

Figure 26:

VISITS

PROVINCE_REV2_2018-05-07

Landfill leachat

Shed with leac

7.DOCX

te collecting pon

hate pumps (Ph

nd (Photo: WEH

hoto: WEHRLE)

41 - 77

HRLE)

)

7 Speicherdatum: 20118-05-07

SITE

REPORT LAGUNA P

Figure 27:

4.3.3.

During t(HSE) r

T/

t

s

VISITS

PROVINCE_REV2_2018-05-07

Leaking leacha

LANDFIL

the site visrules were o

Danger of ponds)

There is a d/ machines

Poor / inadhealthiness

Uncontrolle

Methane (Cis ~20 times

Hydrogen Sthat spreadlow as 0.5 ppm an anasonous afte

7.DOCX

ate from the alre

L HEALTH

it different iobserved. T

falling / dr

danger of b(e.g. waste

dequate pers problems

ed leakage o

CH4) is releas higher tha

Sulphide (Hds in low con

ppb H2S caaesthesia oer less than

eady filled cells

, SAFETY A

issues that The most ob

rowning (e.g

being run ove trucks, bul

rsonal prote

of leachate

ased freely an CO2)

H2S) is releancentrationsan be perce

of the odourone hour o

42 - 77

of San Pedro la

AND ENVIR

may collidebvious point

g. dumping

ver due to slldozers)

ection equi

due to inad

to the atmo

ased into ths the typicaeived by thr receptors oof exposure

7

andfill (Photo: W

RONMENT

e with genets are highli

g areas wit

scavenging

pment (PP

dequate cap

osphere (No

he atmosphal smell of rohe human noccurs. H2S.

WEHRLE)

eral Health, ghted below

h steep slo

behind and

E) for pers

pturing mea

ote: greenho

here (note: otten eggs. nose. At higS at concen

Safety andw:

opes, unfen

d around m

sonnel can

asures

ouse gas po

H2S is a hiAt gas con

gher concenntrations >10

Speicherdatum: 201

d Environm

nced leach

oving vehic

cause seve

otential of C

ghly toxic gcentrationsntrations >100 ppm is p

18-05-07

ent

ate

cles

ere

CH4

gas s as 100 poi-

SITE

REPORT LAGUNA P

Due to sues durience wthereforsurvey o

4.3.4.

BIOLOG

A biologtanks. Tmembramicroornants ina state-ammonquality t

A furthe

The firsanoxic crease ttrophic

VISITS

PROVINCE_REV2_2018-05-07

the importauring the sitwith waste re strongly of the landf

LEACHAT

GICAL TRE

gical treatmThese procane systemrganisms, kn the waste-of-the-art jeia. Therebytreated efflu

er descriptio

Figure 2

st biological conditions the rate of dbacteria ut

7.DOCX

ance and thte visit becaand landfillrecommend

fill site in ac

TE TREATM

EATMENT

ment of leaccess vessel

m, a so-calleeeping themwater (landet aerator uy all biodegruent.

on of the bio

28: Combinatio

process stin a denitridenitrificatiotilise this ca

he complexause this is sites doesd PILOTAGcordance w

MENT UPG

chate comps hold a bed Ultrafiltram all in thedfill leachateunit which pradable org

ological proc

n of biological tr

tep is pre-dification veson an externarbon sourc

43 - 77

xity of this tothe field of

s not replacGE TRADINwith the env

GRADE OPT

prises a prblend of waation, is pla

e bioreactore), supporteprovides oxganic mater

cess follows

reatment and U

denitrificatiossel using nal carbon ce to reduc

7

opic it was f qualified ace the expeNG AND COironmental

TIONS

e-denitrificaater and miaced behinrs. The actived by a highxygen for thial can be t

s below (se

F for sludge se

n. This is areadily biodsource (e.g

ce nitrate to

not possibnd certified

ertise of a qONSTRUCTclearance b

ation tank fcroorganismd the biorevated sludghly efficient

he biodegraurned into C

ee also Figu

paration (Refere

a natural prodegradable

g. acetic acido molecular

ble to addred HSE expequalified HSTION an adby the Autho

followed byms (activat

eactors andge works ont oxygen traadation of CCO2. The r

ure 28):

ence: WEHRLE

ocess takin organic md) can be ar nitrogen. A

Speicherdatum: 201

ess all HSE rts. The ex

SE expert. Wdditional HSorities.

y a nitrificatted sludge) “collects” n the contaansfer systeCOD/BOD aresult is a h

E)

ng place undmaterial. To added. HeteA high rate

18-05-07

is-pe-We SE-

tion . A the mi-

em, and igh

der in-

ero-e of

SITE

REPORT LAGUNA P

denitrificcomes i

The denstabilizinot neetion. In caustic

The actis oxidiznitrite. Tis biolog

The contion sysby an extored ansures ef

By definria/biombio-oxidmoved o

ULTRA

The ultrtrue UFprovides

The ‘mixlar memand anysafely re

VISITS

PROVINCE_REV2_2018-05-07

cation is nointo effect th

nitrification ng the pH.

ed to be oxaddition, assoda for pH

tivated sludzed in two Then nitrite-gically remo

ncentration stem, locatexternal blownd used to fficient oper

nition, all bimass that hadation of caon a regula

FILTRATIO

rafiltration pF tubular mes the comp

xed liquor’ mbranes in oy COD frometained with

7.DOCX

ormally reqhe plant wil

process saThe biodegidised in ths alkalinity H-stabilizatio

ge is then tstages: Fi

-oxidizing boved.

of oxygen ed inside thewer. The discontrol ope

ration with l

ological treaas grown d

arbohydratear basis to m

ON

plant is basembrane mlete retentio

of activatedorder to sepm suspendhin the syste

CNO3 54

quired to ml denitrify us

aves energygradable mae later nitriis recovereon.

transferred rst, ammonacteria (nitr

2

4

2

32

ONO

ONH

in the nitrifie bioreactorssolved oxyeration of thower expen

atment procduring the ws contained

maintain the

ed on a sidmodules. Thon of bioma

d sludge anparate the t

ded solids mem and are

HC 4

44 - 77

eet the totsing the ava

y and chematter which ification pro

ed during de

to the nitrifnia-oxidizingrobacter) ox

Nitrif

Nitrobacte

2

Nitrosomo2

O

O

ication tankr, continuouygen (DO), he blowers nditure on e

cesses creawaste waterd in the wa

e desired slu

de-stream che use of thass.

d effluent istreated wasmaterial, ple continuous

ba hicheterotrop

Denit

7

al N dischaailable BOD

micals (e.g. cis consume

ocess. This enitrification

fication tankg bacteria xidize nitrite

fication

3r

2ason

2

2

NO

NO

k should ranusly aeratespH and temto maintain

energy.

ate excess r treatment

aste water. udge conce

crossflow mhe tubular m

s pumped frste water frous macro-msly fed back

N 2acteria 2

trification

arge conseD in the leac

caustic soded in the de

reduces aen, this elimin

k. In the nitr(nitrosomon

e to nitrate.

2 42 OH

nge betwees the biomasmperature inn the desire

‘sludge’. Thprocess an

The excessntration and

membrane fimembrane

rom the bioom the activmolecules ak, as ‘retent

CO2 42

ent. Howevechate.

da) otherwisenitrificationeration enenates the re

rification tanas) oxidizeIn the same

4 H

en 1–3 mg Oss with air bn the bioreaed residual

he latter, in nd is a by-s sludge ned sludge ag

iltration promodules (s

oreactor throvated sludgand colloidtate’, into th

OH 24

Speicherdatum: 201

er, before t

se required process do

ergy consumequirement

nk ammonie ammoniae reactor CO

O2/L. An aebeing providactor are mo DO. This e

fact, is bacproduct of eeds to be ge.

ocess by ussee Figure 2

ough the tuge. All bacteal matter, ae bioreacto

18-05-07

this

for oes mp-for

um a to OD

era-ded oni-en-

cte-the re-

sing 29)

bu-eria are

or.

SITE

REPORT LAGUNA P

The tubtion (MLsmaller

Figure 29:

Figure 30:

The UFUF-looppending

Each Ucrossflo

The sidsystemsplaceme

Occasiovia the wclean thmated awhile th

Compartration ptainer. Cduring t

Figure 3balancin

VISITS

PROVINCE_REV2_2018-05-07

bular membLSS) compbioreactors

(left) Tubular m

(right) UF-loop

system typp. The comg on the req

UF-loop hasow velocity a

e-stream cs, thus requents.

onally the Uwash pump

he membraand require

he remaining

red to otheplants are dConsequenthe operatio

31 shows tng tank, fol

7.DOCX

rane modulpared to oths and reduc

membrane modu

with dedicated

pically consplete ultraf

quired throu

s a dedicatalong the m

rossflow pruiring much

UF membrap by using wnes can bees only ming loops are

r membrandesigned astly the oper

on and clean

the typical slowed by th

les allow thher membr

ced volume

ule (Photo: WEH

circulation pum

ists of 2 - 6iltration plaghput.

ted circulatimembrane, t

rocess offerh less mem

ne moduleswater or pee dosed intonimum attenin operatio

e systems s a closed rator does nning proced

set-up of a he bioreacto

45 - 77

he operationrane systemof the wast

HRLE)

mp (Photo: WEH

6 tubular meant can com

ion pump (to reduce fo

rs very highmbrane area

s will need rmeate stor

o the wash ntion. The n.

(e.g. with sloop system

not get in codure, and no

Membraneors. Form th

7

n at much hms. This cate sludge to

HRLE)

embrane momprise seve

(see Figureouling and m

h permeatea and subs

to be rinsered in the wtank. The rindividual U

submersiblems and areontact with o aerosols a

e Bio Reacthe bioreact

higher mixedan provide

dewater.

odules conneral UF-loop

e 30) sizedmaintain a h

flux, compstantial cost

ed or cleanewash tank. Arinse and cUF loops c

e membranee located inany activateare produce

tor (MBR) pors, the act

d liquor solmajor cost

nected in seps operatin

d to providehigh permea

pared to otht savings fr

ed. This canAny chemic

clean procedcan be rinse

es), the cronside a builded sludge oed.

process begtivated slud

Speicherdatum: 201

ids concentt savings, e

eries to formg parallel, d

e the requiate flux.

her membrarom future

n be achievcals neededdure are aued or clean

ossflow ultrading or a coor waste wa

ginning withdge is pump

18-05-07

tra-e.g.

m a de-

red

ane re-

ved d to uto-ned

afil-on-

ater

h a ped

SITE

REPORT LAGUNA P

throughUF memcalled rclean ef

Figure 31:

Figure 32:

VISITS

PROVINCE_REV2_2018-05-07

h the manifombranes whretentate) isffluent. Figu

Membrane Bio

Membrane Bio

7.DOCX

old of the UFhich are cons recirculateure 32 show

Reactor proces

Reactor plant (

F loops. Eannected in sed back intws an MBR

ss (Reference: W

(Reference: WE

46 - 77

ach of the Useries. Theo the bioloplant for lea

WEHRLE)

EHRLE)

7

F loops circ released flgy. The soachate treat

culates the ow from thelids-free petment.

activated se UF memb

ermeate is d

Speicherdatum: 201

ludge over branes (thedischarged

18-05-07

the so as

IMPLETREAPROV

REPORT LAGUNA P

5. IMPLLAG

This repin April stakeho

During tfor the i

In the foareas sOPEX f

The basgeneralin such for the dand inex

-

- a

- o

- o

Wherea

-

- c

- g

could clwith ene

Contrarlandfill sanotherpresentsites.

Figure 3Each stthe diffeels. So

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

LEMENTATGUNA

port is base2017 and

olders and li

the analysisndividual LU

ollowing, ceshall be depfor these pro

sic idea for treatment a way that different nexpensive so

low waste p

and a remo

or/and a ge

or/and poor

as communi

large waste

close to an

good infras

luster and iergy recove

ry to the inisite, the lanr site visit inted as follow

33 depicts tage will theerentiation bFigure 33 s

ATION O CONCE

OF LAGU

7.DOCX

TION OF A

ed on informFebruary 2iterature.

s of the datUGs, for clu

entralized spicted as weocesses wil

r a waste mconcept thaeach LGU

eeds of the olution near

production

ote location

eographicall

r infrastruct

ities with a

e production

existing wa

tructure

nvest togetery form the

itial idea ofndfill operatn February 2wing) is no l

the differenen be descbetween ceshows:

OF A WAEPT FORNA

WASTE TR

mation gathe2018, inform

ta it becameustering pro

olutions forell as the pll be presen

managemenat comprisegets the beindividual Lrby (= decen

y difficult (e

ure.

n

aste treatme

ther (= cente treatment

f implementtor presente2018. Thusonger feasi

nt process ribed in mo

entralized a

ASTE R THE

47 - 77

REATMENT

ered during mation prov

e evident thoposals as w

r the urban processes anted.

nt strategy es several pest-suited sLGUs. For entralized) fo

e.g. hilly) loc

ent facility /

tralized) in products.

ting a centred a differe

s, for San Pible but the

stages thaore detail innd decentra

7

T CONCEP

the on-sitevided by GI

hat customiwell as for th

areas and and technol

in the Laguprocess stagolution. Thuexample it wor a LGU th

cation

landfill site

technically

ral waste trent approacedro, the imconcept its

t are part o the followialized conc

T FOR THE

meetings iZ Urban N

zed concephe existing

decentralizogies involv

una Provincges. These us one concwould makeat has

advanced w

reatment coch for the trmplementatiself is, of co

of such a wng chapters

cepts and di

E PROVINC

n the Provinexus, ICLE

pts have to waste dispo

zed conceptved and the

ce was thastages can

cept can bee sense to

waste treat

oncept at threatment oion of a MBurse, confe

waste treatms. The mainifferent tech

Speicherdatum: 201

CE OF

nce of LaguEI SEAS, lo

be developosal sites.

ts for the rue CAPEX a

at there is on be combine used to cahave a sim

tment syste

he San Pedf MSW dur

BT concept errable to ot

ment concen statemenhnological l

18-05-07

una ocal

ped

ural and

one ned ater ple

ems

dro ring (as her

ept. t is ev-

IMPLETREAPROV

REPORT LAGUNA P

C

C

Figure 33:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Decentraliz

(see chapte

Decentraliz

(see chapte

Centralized

(see chapte

Centralized

(see chapte

Waste treatme

ATION O CONCE

OF LAGU

7.DOCX

zed concept

er 5.1.1)

zed concept

er 5.1.2)

d concept: T

er 5.2)

d concept: E

er 5.3).

nt concept for th

OF A WAEPT FORNA

t: Locally-bu

t: Technical

Treatment p

Energetic ut

he Province of L

ASTE R THE

48 - 77

uilt, technica

ly more sop

plant for sev

tilization of h

Laguna (Refere

7

ally simple,

phisticated,

veral cities, f

high calorifi

ence: WEHRLE)

for low was

for medium

for larger w

c fraction a

)

ste quantitie

m waste qua

waste quanti

and RDF

Speicherdatum: 201

es

antities

ities

18-05-07

IMPLETREAPROV

REPORT LAGUNA P

5.1. DW

For selestation fber of L

Yet duemoistureroads) aall technual LGU

5.1.1.

For LGUexistentshould b

Here in easily bsmall gdrums ftured lowhich is

RecyclaFor theito the reed in the

Thus, oaway la

The firstons/dayscavengcould kemechan

The preto fracticonsists

The sm

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

ECENTRAWASTE GEN

ected cities for the mec

LGUs.

e to the spaes / wet waand can benically simpUs.

CONCEPT

Us with a lot or very basbe used.

particular tbe separatearden comfor compostocally or mas directly ret

ables (PET ir disposal sespective ree LGUs.

only the remandfill sites.

st step couy. Yet in orgers could eep their innical pre-tre

e-treatment onate the ws of plastics

all fraction

ATION O CONCE

OF LAGU

7.DOCX

LIZED WASNERATION

of the Lagchanical-bio

atial distancaste before environme

pler steps of

TS WITH S

ow waste psic machine

the topic ofed in every poster. Alteting in theirade from sturned to th

bottles, mesmall recycecycling fac

maining was

uld be the der to keepstill take plcome and a

eatment by s

could as a waste. The ss and can be

<80 mm, co

OF A WAEPT FORNA

STE TREAT RATES)

una Provinological trea

ces and the separation

entally harmf the waste

SIMPLE ON

production iery) only sim

f "segregatihousehold

ernately, ther local commcrap mater

he land.

etals, glass ling centerscilities. Any

ste free from

installationp the scavenlace beforeat the samesorting out p

minimum cseparator pe considere

ontaining th

ASTE R THE

49 - 77

TMENT (IN

ce the wasatment of wa

difficult tracan be cos

mful (e.g. lea processing

-SITE MEA

in remote ample measu

on at sourcand can bee LGUs comunities. Srial. Thus, t

etc.) shoulds can be serevenue fro

m organics a

n of a simngers in wo

e this pre-tre time couldproblematic

comprise a produces twed as RDF (

he organic m

7

N RURAL A

ste manageaste and en

nsport condstly (e.g. onakage of leag should tak

ASURES

areas and pures for was

ce" plays ane converteduld install such simple the organic

d also best t up locally om the recy

and recycla

mple mechaork, the manreatment, atd help to avc compound

shredder fowo streams: (refused de

material, wo

REAS WIT

ment concenergy recov

ditions, trannly small waachate fromke place de

poor facilitieste separati

n importantd into compsimple devimachinery s could be

be separatfrom where

ycling of ma

ables needs

anical wastnual sortingt the wastevoid some pds.

ollowed by a large fracrived fuel) (

uld then be

H SMALL /

ept allows fvery which s

nsport of orgaste trucks m the wasteecentralized

es on site (ion and was

t role. Orgapost either bices such acould eventransferred

ted on a hoe they can baterials cou

s to be tran

te pre-treatg of valuable acceptancproblems in

a disc sepaction >80 m(see Figure

e landfilled.

Speicherdatum: 201

/ MEDIUM

for one censerves a nu

ganic-rich adue to narr

e trucks). Th in the indiv

(e.g. with noste process

anic waste cby means oas compostn be manufd into fertili

ousehold levbe transporld be reinve

sported to f

tment for 2e materialsce. Thus, thn the propos

arator in ordmm that mai

34).

18-05-07

tral um-

and row hus vid-

on-sing

can of a ting fac-zer

vel. rted est-

far-

200 by hey sed

der inly

IMPLETREAPROV

REPORT LAGUNA P

The fracfilled anrequires

Figure 34:

Key dat

From thwere de

1 Pre-sh

1 Disc s

Footprin

Input:

Output:

5.1.1.1.

The proal wasteto the tbehavio

The lanchargedmagnet smooth

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

ctionation ond its smalls only electr

Possible conce

ta pre-treat

he data coleducted:

hredder + m

screen + ma

nt: appr

apprappr

apprappr

apprappr

EXAMP

oposed typee, mixed cotool heads our even for

ndfill materiad almost eqt station. Th

belt. It gua

ATION O CONCE

OF LAGU

7.DOCX

of the wasteler size + hricity for the

ept implementati

tment unit:

lected durin

magnet stat

anual sortin

rox. 1,000 m

rox. 200 tonrox. 70,000

rox. 70 tonsrox. 25,000

rox. 130 tonrox. 45,000

PLE OF SH

e of shreddeonstruction wwith alterna

r material di

al is filled iqually by a fhe feeding arantees tha

OF A WAEPT FORNA

e in such a homogeneoe machines

on (Reference:

:

ng the site

ion

ng unit

ns/day tons/year (

s/day tons/year (

ns/day tons/year (

HREDDER

er is for shrewaste, etc. ating interlofficult to sh

nto the shrfeeding conconveyor h

at even und

ASTE R THE

50 - 77

way alreadous size disand does n

WEHRLE)

visit, the f

(MSW)

(fraction >8

(fraction <80

edding diffewith low no

ock and grired.

redder by anveyor withhas an appder extreme

7

dy greatly restribution alnot produce

following de

0 mm; RDF

0 mm; bio f

erent materoise generap, it provid

a wheel loa smooth be

prox. 17° ine conditions

educed amollows optimwaste strea

esign data

F/Recyclable

raction).

ials such astion and wies a well d

der, shreddelt and skimnclination, ss the space

ount of wasmal compact

ams.

for such a

es)

s domestic th low weadraw-in and

ded by the mmers and so it is posse below the

Speicherdatum: 201

ste to be lating. This p

pre-treatm

waste, residr of tools. Dd self-clean

tools and dbrought to sible to useconveyor b

18-05-07

nd-part

ent

du-Due ing

dis-the e a belt

IMPLETREAPROV

REPORT LAGUNA P

is almosA tippinoutput m

5.1.1.2.

The prothe scredesign. mm - <time of

The screffectiveanymor

The disal, whictions wireused

The accrial to ththe matgrain (<screeninlong duup as co

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

st free of weg hopper is

material of t

EXAMP

oposed disceening of d

Special de50 mm). Pomaterial an

reen shaftse self-cleanre.

c separatorch is smalleith a size bas RDF.

celerating che screeninterial is sha<80 mm) anng deck anmp belt canonical debr

ATION O CONCE

OF LAGU

7.DOCX

et dribblings included, sthe shredde

PLE OF DIS

c separator ifficult mateevices allowossible adjud the scree

are equippning behavi

r is installedr than 80 m

between 80

onveyor of g deck. Theaken up. Bnd half rottd is dischan be installeris, and then

OF A WAEPT FORNA

. The top roso it is poss

er is smaller

Figure

SK SEPAR

type is a loerials as wew reliably toustments of

ening result.

ped with paour, so the

d here for semm. The ma

and 250 m

the disc seere it is accy this, orgaed organicsrge by the sed that thron can be tra

ASTE R THE

51 - 77

oller of the csible to loadr than 250 m

e 35: Shredder (

RATOR

ow-maintenell. It is chao separate f screen de.

atented sleeere won’t be

eparating oaterial stay mm, which

eparator guacelerated byanic materias ends up short and cows off the ansported in

7

conveyor bed the shredmm.

(Photo: EuRec)

ance, high-racterized bdifferent fra

eck inclinati

eves and se apprehen

of the organabove the scontain hig

arantees any the patental or its remon the coll

crosswise afine materi

nto the biolo

elt consists der with a w

-performancby an extreactions fromon have an

screen discssive large-s

ics as well screening dh heat valu

n optimal feeed screen smains are ecting convrranged traal into a proogical dryer

of chromiumwheel loade

ce equipmeme compac

m the maten effect on

s. The shascaled mat

as the heavdeck is thenue so that c

eding of theshafts; fromscreened oveyor instal

ansport convrovided conr. Further p

Speicherdatum: 201

m-nickel steer. The size

ent suitable ct constructrial flow (>the residen

fts provide erial wind-u

vy fine maten only the frcan be furt

e landfill mam shaft to shoptimally. Flled below veyor. Heretainer or seatented dev

18-05-07

eel. e of

for tive 7,5 nce

an ups

eri-rac-her

ate-haft

Fine the

e, a et it vic-

IMPLETREAPROV

REPORT LAGUNA P

es of ditrouble-

5.1.1.3.

Table 9: C

1

C

S

(

2 O

(

3 R

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

sc separato-free operat

COST

ost estimation

CAPEX

Shredder, m

(Option Baler

OPEX

(without refi

Revenues

ATION O CONCE

OF LAGU

7.DOCX

or avoid rewtion.

ESTIMATIO

metal sepa

r)

nancing)

OF A WAEPT FORNA

winding and

Figure 36: D

ON FOR CO

aration, disc

ASTE R THE

52 - 77

d adhesion t

Disc Separator

ONCEPTS

c separato

7

to a large e

(Reference: Eu

WITH SIMP

or US

USD/

USD/

extent and t

Rec)

PLE ON-SIT

SD

/year

/year

thus guaran

TE MEASU

1,000

(700

270

110

Speicherdatum: 201

ntee an alm

URES

0,000

,000)

0,000

0,000

18-05-07

ost

IMPLETREAPROV

REPORT LAGUNA P

5.1.1.4.

Figure 37:

Figure 38:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

POSSI

Layout: Shredd

EuRec referenc

ATION O CONCE

OF LAGU

7.DOCX

BLE LAYO

der (1) – Magne

ce plant Vinh Lo

OF A WAEPT FORNA

OUT

t station (2) – D

ong, Vietnam: S

ASTE R THE

53 - 77

Disk screen (3) /

Shredder / Magn

7

(Reference: Eu

net station / Disk

Rec)

k screen / Manuaal sorting unit (R

Speicherdatum: 201

Reference: EuR

18-05-07

Rec)

IMPLETREAPROV

REPORT LAGUNA P

5.1.2.

In LGUsat sourc

Separatcus of iered to from ea

Embeddspective

The precant amscreen industriawaste.

Additionrial is re

The remto produmentally

As an aused in organicsfrom the

In this clandfill s

Composaerobic Thus thmost pa

The follo

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

CONCEPT

s with a mece' that nee

tion of recymprovemencentral po

asily separa

ded in this e to address

esorted wasmount of the

with the oval power pla

nally, the waemoved.

maining wasuce a high-y harmful tr

alternative the individus that are se box ferme

concept onsite.

sting allowsmicroorgane matter is

athogenic g

owing Figur

ATION O CONCE

OF LAGU

7.DOCX

TS WITH S

edium wasteds to be str

yclables (PEnt measureints of the ble and rec

recycling ms widesprea

ste is then se coarse fraverflow as Hant. Experie

aste passe

ste can then-quality comransport.

to compostual LGUs. Sstill in the waentation can

nly a small

s stabilizationisms oxidizstabilized. erms are de

re 39 illustra

OF A WAEPT FORNA

SIMPLE TRE

e productionrengthened

ET bottles, mes. Like in tLGUs (e.g.ordable 'rec

measure, locad scaveng

screened. It action contaHigh Calorifence has sh

s the magn

n be compompost which

ting, the teSuch a box aste. The b

n then be co

amount of

on and hygize the orgaBecause thestroyed.

ates the pro

ASTE R THE

54 - 77

EATMENT

n and an imfirst:

metals, glasthe small co. recycling cyclables'.

cal workers ing.

is reasonaaining the hfic Fractionhown that th

netic separa

osted decenh can be us

chnically mfermentatio

biogas can bomposted a

remaining

ienization oanic matter he material

oposed con

7

PLANTS

mproved infr

ss etc.) in tommunitiesyard) in ord

can be giv

ble to assuhigh-calorifi (HCF) and

he HCF con

ation, where

ntralized in tsed locally a

more demanon generatebe used in fnd again be

waste nee

of the wasteby mineraliis heated b

cept with si

rastructure

he househo, the recyclder to gene

ven an emp

me that thec material.

d can be fenstitutes bet

e the remain

the individuand does n

nding box fs in a first sform of elece returned t

ds to be la

e. During thezing the rea

by the biolog

mple treatm

it is also th

olds shall blables can erate mone

loyment an

e waste conThis mater

ed to a cemtween 15 an

nder of the

al LGUs. Tnot require m

fermentationstep valuabctrical energto the nutrie

andfilled on

e thermophadily degragical proces

ment plants

Speicherdatum: 201

e 'segregat

e the main then be de

etary revenu

d income p

ntains a signrial leaves

ment kiln or nd 30 % of

ferrous ma

his would hmuch enviro

n can also le biogas frgy. The outent cycle.

a centraliz

hilic phase, dable fractiss up to 70

.

18-05-07

tion

fo-eliv-ues

per-

nifi-the an

the

ate-

elp on-

be rom put

zed

the on. °C,

IMPLETREAPROV

REPORT LAGUNA P

Figure 39:

5.1.2.1.

Biologicmicroor

After a of the m

The dryin the wwhich amateriacroorgaaerationthe air srates thcontents

Becauschines aminimiz

In the pprocessshifting

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Possible conce

EXAMPDRYIN

cal drying isrganisms the

drying, the material and

ying is donewaste. In tigare already l pores e.g.

anisms for tn systems. supply into e moisture s to less tha

e the wasteand aggreg

ze the emiss

proposed tes for drying the drying m

ATION O CONCE

OF LAGU

7.DOCX

ept implementati

PLE OF BIOG AND CO

s a methode water req

waste can d its properti

e biologicallyghtly closedpresent in t. as procesthe breakdoTo enhanceeach tunneof the proc

an 25 % is a

e is prone tgates are fusion of odou

echnical exashould tak

material.

OF A WAEPT FORNA

on (Reference:

OLOGICALOMPOSTING

d to drasticuired for the

be stored, ies due to b

y in an ened tunnels (she materials water, resown of the e their meta

el is automacessed wastachieved w

to develop slly closed aurs into the

ample a tunke ~21 days

ASTE R THE

55 - 77

WEHRLE)

L DRYING SG UNIT

cally reduceeir metabol

transportedbiochemical

ergy-efficiensee Figure l metabolizesulting in C organic mabolism andatically regute. Due to o

without requi

strong maloand their exenvironmen

nnel technos. In total 1

7

SYSTEM IM

e the wasteism and the

d and used reactions.

nt and econo40, Figure

e the organO2, water a

material is ind to control lated and c

optimized coiring any ex

odours durinxhaust air isnt to an abs

ology in clos2 tunnels a

MPLEMENT

e’s water coe breakdow

on demand

omical way41 and Fig

ic matter, wand heat. Thntroduced ithe temper

controlled, thonditions a

xternal heati

ng the dryin extracted a

solute minim

sed reactorare needed

TED IN GER

ontent thus wn of the org

d without ris

y with the engure 42) m

which is still he air requiinto the tunrature insidehe producereduction o

ing / energy

ng, all tunneand sufficie

mum.

rs is includeto have en

Speicherdatum: 201

RMANY: BO

depriving ganic mater

sking chang

nergy inhericroorganispresent in red by the

nnels via floe each tunn

ed heat evaof waste way input.

els, belts, mently treated

ed. The ennough time

18-05-07

OX

the rial.

ges

rent sms the mi-oor nel, po-

ater

ma-d to

tire for

IMPLETREAPROV

REPORT LAGUNA P

Tunnel

The proor concof wastclosed s

Figure 40:

Figure 41:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

technolog

ocess is carrete ceilinge. To achiesystem requ

Example for clo

Example for clo

ATION O CONCE

OF LAGU

7.DOCX

gy

rried out in . The reactoeve the requires a biofi

osed waste bio-

osed waste bio-

OF A WAEPT FORNA

a closed coors are 20 mquired throulter for proc

-drying system (

-drying system (

ASTE R THE

56 - 77

oncrete ream long and ughput 12 dcess air trea

(Reference: Pro

(Reference: Pro

7

actor with ro8 m wide. E

drying reactatment.

obios)

obios)

ooftop from Each reactotors are req

a semi-tranor can take quired. This

Speicherdatum: 201

nsparent laup to 200 tos system as

18-05-07

yer ons s a

IMPLETREAPROV

REPORT LAGUNA P

Figure 42:

Figure 43:

Advanta

A

Closed

A

A

C

S

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Example for clo

Floor aeration s

ages of clos

Process sta

Almost no m

No animals

Not much a

Durability.

waste bio-d

Air supply s

Aeration sy

Basic wiring

Probes (tem

Control sys

Staff trainin

ATION O CONCE

OF LAGU

7.DOCX

osed waste bio-

system (Refere

sed waste b

ability regar

malodour

s (rodents, b

area needed

drying syste

system (blow

ystem (unde

g

mperature)

stem

ng.

OF A WAEPT FORNA

-drying system (

nce: Probios)

bio-drying sy

rdless of out

birds)

d

em consists

wers, autom

er floor pipin

ASTE R THE

57 - 77

(Reference: Pro

ystem:

tside weath

s of:

mation boxe

ng)

7

obios)

her condition

es)

ns

Speicherdatum: 20118-05-07

IMPLETREAPROV

REPORT LAGUNA P

Proces

The biobased o

The condevice a

Figure 44:

5.1.2.2.

Table 10: C

1

C

M

C

S

2 O

(w

3 P

(t

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

s control

o drying syson read outs

ntrol panel app.

Control room (e

COST

Cost estimation

CAPEX Tun

Mechanical

Costs for civ

SUM

OPEX

without refin

Possible Re

through com

ATION O CONCE

OF LAGU

7.DOCX

stem is cons of tempera

is located i

exemplarily)

ESTIMATIO

nnel Drying

and Electric

vil works

nancing)

evenues

mpost sellin

OF A WAEPT FORNA

ntrolled via ature probe

n a separat

ON FOR CO

g Compost

cal Installat

ng)

ASTE R THE

58 - 77

a process es for most

te building

ONCEPTS

ing

tion

7

control syseconomical

or a booth,

WITH SIMP

USD

USD/year

USD/year

stem. The pl and effecti

it can also

PLE TREAT

performanceive bio-dryin

o be control

TMENT PLA

1,30

90

2,20

21

18

Speicherdatum: 201

e is controlng effect.

led via mob

ANTS

00,000

00,000

00,000

0,000

80,000

18-05-07

led

bile

IMPLETREAPROV

REPORT LAGUNA P

5.1.2.3.

An exem

Figure 45:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

POSSI

mplary poss

Layout of bio-d

ATION O CONCE

OF LAGU

7.DOCX

BLE LAYO

sible layout

drying system (R

OF A WAEPT FORNA

OUT

of the prop

Reference: Prob

ASTE R THE

59 - 77

posed bio-dr

bios)

7

rying systemm is shown

in Figure 4

Speicherdatum: 201

5 below.

18-05-07

IMPLETREAPROV

REPORT LAGUNA P

5.2. CG

5.2.1.

The origment. Apart of tdescribe

Figure 4waste tr

Figure 46: Province o

Table 11: SApril 27-28

Source: EM

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

ENTRALIZENERATIN

APPROAC

ginal approA centralizethe waste med in the ch

46 shows sereatment fa

Map of the Proof Laguna)

Sample Cluster 8 2017, Santa C

MB Regional Of

ATION O CONCE

OF LAGU

7.DOCX

ZED WASTENG HIGH-Q

CH: CLUST

ach “CLUSed mechanimanagemenhapters 5.1.

elected towcility (MBT)

ovince of Laguna

r formed on SWCruz, Laguna)

ffices

OF A WAEPT FORNA

E TREATMUALITY SE

TERING

TERING” wcal-biologic

nt concept i1 and 5.1.2

wns in the P) because o

a and generated

M (Reference: S

ASTE R THE

60 - 77

ENT FOR TECONDARY

would have cal waste trinstead of t2).

rovince of Lof their amo

d waste in selec

Sustainable Sol

7

THE PROVY FUELS

allowed to reatment plhe decentra

Laguna thatunts of was

cted cities (Refe

lid Waste Mana

INCE OF LA

exploit synlant (MBT) alized comp

t had been ste and their

erence: Provinci

gement through

LAGUNA FO

nergies in wwould hav

posting / fer

eligible for r location.

ial 10-Year SWM

h Clustering; Wo

Speicherdatum: 201

OR

waste managve been marmentation

a central M

MP 2015-2024

orkshop on SW

18-05-07

ge-ade (as

MBT

M,

IMPLETREAPROV

REPORT LAGUNA P

Table 1includesthe facil

In this rdescribeSan Pedother cl

5.2.2.

The outsieve thorganic

An ideaprocessthe wascan be energy waste h

The wascribed also plaleaves t

Dependtween 1cantly inon the u

The protreated plant.

This walandfill s

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

1 shows ans the cities lities for this

report an eed based odro, Binan austers withi

MECHAN

tput of the hroughput, a

fraction ca

al process fs. In the MYste. This wautilized direrequired fo

heat of the C

ste remainswashing p

ace and incthe MZR is

ding on the 15 and 30 %ncreases thuse of this s

ocess waterin an assoc

aste water tsite.

ATION O CONCE

OF LAGU

7.DOCX

n example oof San Ped

s cluster is P

exemplary cn the originand San Pain the provin

ICAL-BIOL

segregationa wet fractin be treated

for this MBYT® procesashing liquidectly on siteor operatingCHP is used

s for about rocedure. D

creases the dewatered

degree of m% of the ra

he calorific vso-called ref

r of MYT® pciated wast

treatment p

OF A WAEPT FORNA

of a clusterdro, Santa RPilotage SL

concept for nal clusterinablo. Yet thnces of the

LOGICAL T

n and sepaon which cd very effec

T plant wos the readi

d is then coe in a combg the MBA.d to heat the

2-3 days inDuring this

organic coand then tr

mechanical aw waste quvalue (CV) fuse derived

process sutewater trea

plant could

ASTE R THE

61 - 77

r (accordingRosa, Los

LF San Ped

such a cenng approachis concept fPhilippines

TREATMEN

aration stepcontains all ctively in an

ould be the ly soluble onverted into

bined heat a. Surplus ee anaerobic

n the so-caltime biodeg

ontent of theransformed

pretreatmeuantity. Treof the wastd fuel (RDF

ch as the eatment plan

also be de

7

g EMB RegBanos, andro Laguna.

ntralized fach of the LGUfor a centra

s.

NT WITH MY

s as descrithe organicMBT-plant

so-called Morganic cono biogas in and power electrical enc fermenter

led multi-zogradation oe “washing in further p

ent, the outpeating the Mte, and this F) as a subs

effluent leavnt to an exte

esigned to t

ional Officed Carmona.

cility at the Us Santa Rlized facility

YT® PROCE

ibed in the c waste. Ins.

Maximum Ynstituents aran anaerobplant (CHP

nergy can bstage.

one reactor of easily dec

water”. Throcesses in

put of the MMSW with thnaturally ha

stitute fuel.

ving the ferent that it ca

reat the lea

es) for Regi The name

San PedroRosa, Calamy could also

ESS

previous cstead of co

Yield Technre literally wbic fermente

P) to providebe fed into

r (MZR) for composable non-solu

nto waste de

MYT® procehe MYT® pas a very fa

rmenters, foan be reuse

achate from

Speicherdatum: 201

on IVA, whe or location

o site shall mba, Cabuyo be applied

chapters is mposting, t

nology (MYwashed outer. The bioge the electri

the grid. T

the above de waste takble waste terived fuels

ess ranges process signavorable eff

or exampleed in the M

m the adjac

18-05-07

hich n of

be ao,

d at

the this

T®) t of gas ical The

de-kes hat

s.

be-nifi-fect

, is MBT

ent

IMPLETREAPROV

REPORT LAGUNA P

5.2.2.1.

The MYcess is waste isly biodewashedanaerobbiogas. percolatthe wasthat the

After thtion protheir difunit is tvolume is suppotime in tbe expa

The folKahlenb

Figure 47:

The MBfive treawhere fmachineis treate

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

GENER

YT® processespecially

s conveyed egradable od out (percobic fermentaThe effluention proces

ste which ar waste still

e percolatiocess fractiofferent enerthat throughis reduced

osed to be uthe percolaanded to me

lowing procberg landfill

Flow scheme o

BT plant of atment stepfirst of all thery. In the sed further b

ATION O CONCE

OF LAGU

7.DOCX

RAL MYT®

s is a multipsuitable forto a 2-stag

organic matolation). Theation, whernt from the s and partlyre not biodecontains str

on stage thonates the drgy contenth this proce and in parused as a fotors is veryeet future d

cess flow d site in Ger

of the MYT® pro

the ZAK (Zps. First (We bulky wassecond stepby screenin

OF A WAEPT FORNA

PROCESS

ple-stage prr wet, wast

ge biologicatter is hydre heavily lore anaerobianaerobic

y dischargeegraded withructure mat

e waste is dried wastes. The adv

ess the caloallel biogasorm of fuel. short. Sincemands on

diagram illumany.

cess “MBT Kah

ZweckverbaWaste Accep

ste is pickedp (Mechaning, metal s

ASTE R THE

62 - 77

S DESCRIPT

rocess for thte rich in oral process. lrolysed aeroaded procec microorgadigesters, t

ed to a wasthin the 2-daterial which

mechanica. These fra

vantage of toric value iss is produce This proce

ce MYT® is throughput

ustrates the

hlenberg“ (Refer

and Abfallbeptance) the d out and scal Pre-Tre

separators

7

TION

he treatmenrganics. Aftn the first s

robically aness water isanisms tranthe so-callete water treays the wasis advantag

ally dewaterctions repretreating mus increaseded. This is eess is suitaba modular tt capacity.

e MYT® pro

rence: WEHRLE

ehandlung waste is d

separated beatment), baand manua

nt of municier a mechatage of thisd all water

s then sent nsform the d digestateatment pro

ste remains geous for th

ed and biolesent the dinicipal solid

d, while at tespecially imble for large technology,

ocess whic

E)

Kahlenbergelivered to y a loader tags are rippal sorting in

ipal solid wanical pre-ps biological r soluble coto the secoorganics in

e, is returnecess. The cin the perc

he percolati

logically driifferent typed waste bythe same timportant w volumes as, a MYT® pl

ch has bee

g) in Germaa waste ac

to protect thped open, tn order to

Speicherdatum: 201

aste. The pprocessing process reaompounds aond stage, to energy-r

ed partly to constituentsolators enson.

ied. A sepaes of RDF wy a percolatime the wahen the was the retentlant can eas

en built at

any compriscceptance hhe subsequhen the waremove eit

18-05-07

pro-the

adi-are the rich the s of ure

ara-with tion

aste aste tion sily

the

ses hall ent

aste her

IMPLETREAPROV

REPORT LAGUNA P

scrap mfolloweda so caaerobic Defineding the ganic etion. Thwaste isto the hdrying toff the wand - wtreatmeproduce

The follo

Figure 48:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

metal or toxid by biologilled Multi Zprocess co

d Aerobic Mremaining nriched pro

he effluent fs released f

halls for the tunnels., Thwaste, so nowith a moistent step (Mee various fra

owing figure

Key componen

ATION O CONCE

OF LAGU

7.DOCX

c/harmful scal step, thone Reactoonditions in

Mixing Procematerial (e

ocess waterfrom the anfrom the MZbiological d

he heat prodo external hture contenechanical Mactions with

es show the

nts of the “MBT

OF A WAEPT FORNA

ubstances. e core step

or (MZR). In the MZR a

ess. This op.g. packagir is conditioaerobic proZR after abdrying (Biolduced by thheat is requnt of about Material Seph specific pr

e key comp

Kahlenberg“ (R

ASTE R THE

63 - 77

These firstp of the MYn the MZR tare stated iperation is ng, diapers

oned and feocess is purbout 2-3 dayogical Dryin

he aerobic mired. The m10 % - preparation) aroperties (e.

onents of th

Reference: WEH

7

t two steps aYT® processthe waste isin the proceaiming at h

s) and hydroed into an arified to meys, is dewang). There tmicroorgan

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he plant “MB

HRLE)

are mechan (Biologicals mixed andess name D

homogenizinolysing the

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nical procesl Step): Thed soaked wDAMP®, whng the wastorganic fra

eactor for bharge limitsthe solids ared materia waste is slogical dryined Fuel (Rn of the RD, chloride co

berg”:

Speicherdatum: 201

sses. They ae waste entwith water. Thich stands te, disintegraction. The biogas prods. The leachre transpor

al is aeratedufficient to ng is stabilizDF). The fi

DF in order ontent).

18-05-07

are ers

The for

rat-or-uc-

hed rted d in dry zed nal so

IMPLETREAPROV

REPORT LAGUNA P

Figure 49:

Figure 50:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Key componen

RDF utilization

ATION O CONCE

OF LAGU

7.DOCX

nts of the “MBT

options (Refere

OF A WAEPT FORNA

Kahlenberg“ (R

ence: WEHRLE

ASTE R THE

64 - 77

Reference: WEH

E)

7

HRLE)

Speicherdatum: 201

18-05-07

IMPLETREAPROV

REPORT LAGUNA P

5.2.2.2.

The follo

Figure 51:

DAMP®

In orderised to t

Figure 52:

The bioDAMP®

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

PROPO

owing Figur

Possible conce

® Reactors

r to be ablethe specific

Defined Aerobi

ological step®. DAMP is t

ATION O CONCE

OF LAGU

7.DOCX

OSED MYT

re 51 illustra

ept implementat

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ic Mixing Proces

p is the cothe short fo

OF A WAEPT FORNA

T® TECHNO

ates the pro

tion with adapte

ent the MYThe site.

ss (Photos: WE

re of the Mrm for Defin

ASTE R THE

65 - 77

OLOGY FOR

oposed con

ed MYT® proces

T® process

EHRLE / ZAK)

MYT® procened Aerobic

7

R EXAMPL

cept with an

s (Reference: W

in the exam

ess and incc Mixing Pro

LE “LAGUN

n adapted M

WEHRLE)

mple “Lagu

cludes the mocess.

NA” IN BRIE

MYT® proce

na”, is has

most innov

Speicherdatum: 201

EF

ess.

to be custo

ative proce

18-05-07

om-

ess:

IMPLETREAPROV

REPORT LAGUNA P

In this pgets disagitatorhand pamateria

The percess waganic ric

After thchanicabiologic

Biologic

One advterial caand its drastica

The dryand ecocrete tuthe orgaheat. Torange, acient to of <25 %

Many ythis proc

Becausaggregathe emis

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

process the sintegrated rs on the onartially crusl.

rcolation waater is digech feedstoc

e waste haally dewatercal drying.

cal Drying

vantage of an be storedproperties d

ally reduced

ying of the onomical waunnels (Figuanic matter o enhance tair is supplievaporate

% are achie

ears of expcess so tha

e of the higates are fulssion of odo

ATION O CONCE

OF LAGU

7.DOCX

waste is coand homog

ne hand supsh the mate

ater washessted anaero

ck.

as been treared to fulfil

the RDF prd and transdue to bioc

d, to deprive

material leaay using soure 53) micstill presen

their metabied to eachthe remain

eved with no

perience witat it finally re

gh potentialy closed aours into th

OF A WAEPT FORNA

ontinuously genized by pport the traerial to allow

s out solublobically in a

ated for 2 -the moistu

roduced by sported andhemical rea

e any microo

aving the Dlely the hea

croorganismnt in pores, olism and to tunnel. Thing humidityo external h

th this techeached toda

l of odour eand their exe environm

ASTE R THE

66 - 77

y fed into holarge, robu

ansfer of thew the proce

le organic ma separate

- 3 days in ure requirem

MYT® is itsd used on dactions. To organisms o

DAMP® procat generate

ms, which ae.g. as pro

o keep the his is automy of the wa

heat require

nology at tay’s much i

emissions ixhaust air isent to an ab

7

orizontal reast agitators

e material thess water t

matter fromfermentatio

the DAMP®

ments for fu

s biochemicdemand with

achieve thiof the water

cess is dond by microo

are already ocess watertemperature

matically conste and to dments.

he MYT® Pmproved co

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actors, the D, while prochrough the rto get in m

the waste.on stage to

® reactors, urther treat

cal stability. hout riskingis, the mater required fo

ne biologicaorganisms: present in

r, producinge inside eacntrolled. Thedry it off. Th

Plant Kahlenondition.

ep, all tunnand sufficiimum.

DAMP® reacess water reactors anaximum co

This heavigain bioga

the solid mtment in the

This meang changes oerial’s moistor their met

ally in an eWithin tightthe materi

g thereby Cch tunnel we generatedhereby moi

nberg helpe

nels, belts, ently treate

Speicherdatum: 201

ctors, wheris added. T

nd on the otontact with

ily loaded pas from the

material is me downstre

ns that the mof the mateture contentabolism.

nergy-efficitly closed coal, metabol

CO2, water awithin a desid heat is susture conte

ed to fine-tu

machines aed to minim

18-05-07

re it The her the

pro-or-

me-am

ma-erial nt is

ent on-lize and red uffi-ents

une

and mize

IMPLETREAPROV

REPORT LAGUNA P

Figure 53:

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Concrete tunne

ATION O CONCE

OF LAGU

7.DOCX

els in the biolog

OF A WAEPT FORNA

ical drying (Refe

ASTE R THE

67 - 77

ference: ZAK)

7

Speicherdatum: 20118-05-07

IMPLETREAPROV

REPORT LAGUNA P

5.2.2.3.

In Figurrequired

Figure 54:

5.2.2.4.

In the folisted:

Main co

--

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

PROPO

re 54 the prd.

Exemplarily lay

PROPO

ollowing the

omponents

Defined Ae- multi zone- dewaterin

ATION O CONCE

OF LAGU

7.DOCX

OSED MYT

roposed MY

yout for propose

OSED MYT

e main com

robic Mixinge reactors g presses

OF A WAEPT FORNA

T® PLANT L

YT® plant is

ed MYT® plant (

T® PLANT F

mponents, th

g Process (

ASTE R THE

68 - 77

LAYOUT FO

shown. Fo

Reference: JS W

FIGURES F

he output a

(DAMP®)

7

OR EXAMP

or the propo

WELLE)

OR EXAMP

nd key figu

PLE “LAGU

sed MYT® p

PLE “LAGU

res of the p

UNA”

plant an are

UNA”

proposed M

Speicherdatum: 201

ea of 4.5 ha

MYT® plant a

18-05-07

a is

are

IMPLETREAPROV

REPORT LAGUNA P

A-

W

---

-

-----

Output o

W

Key figu

C

S

C

C

T

O

T

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

Anaerobic s- anaerobic

Waste air tr

Biogas utiliz- co-genera- gas holde- biogas de

Followed by- by aerobic

Key data bi- tunnel dry- approx. 12- wheel load- input mix: - energy co

of proposed

RDF: approper mills, po

Residual m

Metals: 50

Water: up to

ures

Capacity

Power gene

Staff deman

Constructio

CAPEX

Total:

OPEX

Revenues Tipping feeFIT:

ATION O CONCE

OF LAGU

7.DOCX

stage c reactors

reatment

zation ation machinr sulphurisat

y treatmentc + membra

ological dryying as desc2 tunnel boxders for tunapprox. 55

onsumption

d MYT® pro

ox. 520 tonsower plants

material: app

% recycling

o 267 m³/da

1 3

eration 6 4

nd 7

on period 2

P M B

1

: (

(

OF A WAEPT FORNA

nes

ion

of processane method

ying: cribed xes nel chargin

50 tons/day for biologic

cess (inclus

s/day (DS >s

p. 0.5 - 2 %

g rate → sec

ay

1,000 tons/d356,000 ton

6.00 MW gr4.50 MW ne

70

20-24 mont

Pre-treatmeMYT® proceBiological D

15.4 USD/to 4.7 Million

(22 USD/ton(0.1005 US

ASTE R THE

69 - 77

water (MBR)

ng → approx.

cal drying ap

sive drum s

>85 %; appr

→ disposal

condary raw

day ns/year

ross et

h

ent: aess: aDrying: a

a

on USD/year

n*) 7D/kWh*) 4

7

193,000 tonpprox.10 kW

screen overf

rox. 17 MJ/k

w material

approx. 4 Mapprox. 44 Mapprox. 9 M

approx. 57 M

(without ref

7.80 Million 4.20 Million

ns/year (@ Wh/ton input

flow >80 mm

kg); selling t

Million USDMillion USDMillion USD

Million USD

financing)

USD/year USD/year

Ho 9 MJ/kgt treatment

m)

to cement f

D D D

D

Speicherdatum: 201

g) plant.

facilities, pa

18-05-07

a-

IMPLETREAPROV

REPORT LAGUNA P

T*

A proceappend

5.2.2.5.

Table 12: C

1 C

M

2 O

(

3 R

(

5.2.2.6.

A combcess wo

Investmalone awere dohoweve

Operatiabout 4expectelarger pment co

5.2.2.7.

Existingprocessbe equifeed it to

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

RDF value:(based on iTotal Reven*assumed figure

ess flow diaices in Cha

COST PROCE

Cost estimation

CAPEX

MYT® techn

OPEX

(without refi

Revenues

(through FIT

OUTLO

bined aerobould certain

ment costs: Aalready requoubled by aer, would no

ng costs: T4.00 USD peed to result procuremenosts per m³

OUTLO

g landfill sites. Landfill cepped with oo a flare. Ye

ATION O CONCE

OF LAGU

7.DOCX

(nformation nues (approes

agram with apter 7.

ESTIMATIOESS

of MYT® proce

nology

nancing)

T)

OOK ON A

bic treatmenly show ben

An effluent uires an invdding the la

ot double bu

he operatiner m³. A doin a cost ret volumes afor a combi

OOK ON CO

es that haveells which hone in ordeet such a re

OF A WAEPT FORNA

(14 USD/tonfrom intern

ox.)

a mass ba

ON FOR ME

ss (example La

USD

USD/ye

USD/ye

COMBINED

nt of landfill nefits:

treatment pvestment ofandfill leachut only incre

ng costs of lubling of theduction of and a propoined treatm

OMBINED L

e no landfilhave so far r to be ableetrofit may c

ASTE R THE

70 - 77

n*) 2ational cem

1

alance for t

ECHANICA

aguna)

ear

ear

D LEACHA

leachate to

plant with af ~3.9 Milliohate to the Mease by abo

leachate trehe plant's tre

about 20 %ortionally reent plant lie

LANDFILL

l gas captunot been e

e to extract cause high

7

2.50 Million ment produc14.5 Million

the propose

AL-BIOLOG

57,000,0

4,700,0

14,500,0

ATE AND P

ogether wit

capacity ofon USD. If MYT® efflue

out 50 %.

eatment afteeatment vo% because educed powe at about 3

GAS AND

ring systemequipped wi

the landfill costs.

USD/year cers) USD/year

ed MYT® pr

GICAL TREA

000

000

000

ROCESS W

h surplus w

f ~450 m³/dthe capacit

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wer uptake. 3.20 USD.

BIOGAS U

ms could alsth a gas cagas in futur

rocess is in

ATMENT W

WATER TR

water from t

day for the Mty of this trpective inve

ade are expding the MYpersonnel Thus the e

UTLIIZATIO

so benefit frapturing sysre and be a

Speicherdatum: 201

ncluded in

WITH MYT®

REATMENT

the MYT® p

MYT® procereatment plestment cos

pected to lieYT® effluenrequiremen

expected tre

ON

rom the MYstem could sable to at le

18-05-07

the

®

pro-

ess ant sts,

e at nt is nts, eat-

YT® still

east

IMPLETREAPROV

REPORT LAGUNA P

If the ganected Howevearate st

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

as could becells could

er, as there tudy.

ATION O CONCE

OF LAGU

7.DOCX

e captured ad be energe

is no altern

OF A WAEPT FORNA

and be leadetically utilinative site id

ASTE R THE

71 - 77

d to a site wized togethdentified, th

7

with a MYT®

er with thehis aspect w

® plant the e biogas frowould have

landfill gas om the anato be exam

Speicherdatum: 201

from the coaerobic sta

mined in a se

18-05-07

on-ge. ep-

IMPLETREAPROV

REPORT LAGUNA P

5.3. EN

For the

HCF

HCF + R

RDF

Decisivehigher, paymen

In case "green uwill be e

First of

T

T

T

A "gree

Module

The MYachievefuels ne

Thus adnents. Rremove

In the future as

Convenin the cfuel. Thout and

An espemizing tbustion

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

NERGETC

utilization o

RDF

e for the ecthe better)

nt for the en

these wastutilization" oexplained in

all, a "green

The system

The plant s

The plant s

n utilization

e 1: Fuel pr

YT® procese RDF with eed to be tre

dditional prRemaining rd as far as

uel preparapossible for

ntional incincombustion e combusti flue gas cle

ecially desithe concenchamber.

ATION O CONCE

OF LAGU

7.DOCX

UTILIZATI

of the HCF a

Therma

Therma

Energet

Energet

conomic ut, a low chl

nergy provid

te-derived fof the energn the followi

n utilization

m should be

hould be sig

hould in pa

n" system co

reparation

ss producesa high calo

eated.

rocess steprecyclablespossible be

ation, the RDr this consid

erators recchamber.

on processeaning can

gned procetrations of s

OF A WAEPT FORNA

ON OF THE

and / or the

l utilization

l utilization

tic utilization

tic utilization

ilization of oride conte

ded by these

fuels cannogy should bng paragra

" should ful

much simp

gnificantly l

rticular con

onsists of th

s several worific value

ps are integsuch as m

efore combu

DF can be derably imp

ceive differeThis can b

s can thus bbe achieve

ess managesulfur, chlo

ASTE R THE

72 - 77

E GENERA

e RDF produ

(power plan

(power plan

n (cogenera

n (cogenera

the HCF / ent or the pe waste-der

t be used bbe considerphs.

fill objective

pler and less

ower in em

sider the as

he three com

waste-derivand a min

grated to reetals and pustion. As a

crushed wiproves the c

ent grain sizbe preventebe optimallyed.

ement withirine and me

7

ATED FUEL

uced in an M

nt)

nt)

ation plant "

ation plant "

RDF are foproximity ofrived fuels w

by e.g. cemered. The me

es in order t

s expensive

issions than

spect of the

mponents:

ed fuels wnimum amo

emove polluplastics and a result the f

th the aim combustion

zes as fuel,ed by the hy designed a

in the MYTetals, for ex

LS

MYT® plant

green utiliz

green utiliz

or examplef the recovewould also s

ent plants, eaning of th

to make sen

e than previ

n previously

e recovery o

with differenunt of impu

utants and non-combufuel quantity

to produce process:

this causeighest possand optima

® process axample, at

different op

zation")

zation", cem

e their calorery facility. support the

industrial phe term “gre

nse:

iously built

y built incine

of raw mate

nt propertiesurities, the

non-combuustible matey is maximi

as homoge

es unfavorasible homol results in

aims additiothe entranc

Speicherdatum: 201

ptions exist:

ment works)

rific value (An additio

e utilization.

ower plantseen utilizatio

incinerators

erators

rials.

s. In orderwaste-deriv

ustible comerial should zed.

eneous a m

able conditiogeneity of terms of bu

onally at mce of the co

18-05-07

:

the onal

s, a on”

s

r to ved

po-be

mix-

ons the

urn-

ini-om-

IMPLETREAPROV

REPORT LAGUNA P

Module

The choraw matmodulafeedstocthe comshould the comchambefor the significa

Anothersignificaair qual

Module

As a rerecoverconcentthan in econom

In the esists of guidelin

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

e 2: Ashing

oice of the rterials) fromr expandabck. The ash

mbustion chbe blown in

mbustion airer is of highfuel prepar

antly.

r very impoantly cleareity which is

e 3: Raw ma

sult of the ring (phosptration of phthe origina

mical.

end, there rinert mate

nes. This lef

ATION O CONCE

OF LAGU

7.DOCX

g process

right ashingm the substible. Additionhing procesamber. Then laterally dr. All in all, importance

ration as de

ortant and pd of pollutasignificantly

aterial reco

optimal ashhates or rahosphorus aal substitute

emains a verials (sandftover can th

OF A WAEPT FORNA

g process is itute fuels. Tnally, the chss should ae ventilationue to fuel pthis means e. This air mescribed in

positive effeants. Thus ty better tha

overy

hing procesare earths, and other ve fuel. This

very small re, broken glhen be safe

ASTE R THE

73 - 77

very imporThe proceshosen ashinachieve unifn air also uspreparation that an op

managemenModule 1.

ect of optimthe exhaust

an internatio

ss, the concfor exampl

valuable subs renders p

esidual strelass, etc.) aely deposite

7

rtant for thes should beng process form fuel gsed for cool

to reduce timal manant is decideThis all re

izing the ast air treatme

onal standar

centration ole) is signifbstances inrocesses fo

eam from thand which

ed on a land

recovery oe simple andshould allouidance anling purposethe amountgement of dly affectedduces the a

shing proceent (as statrds require.

of substanceficantly incr the ash is

or the recov

he MYT® prcomplies w

dfill site.

of valuable md robust an

ow the use nd minimizees can be mt of fly-ash the air in th

d by the preamount of

ess is that tte-of-the-art

es which areased. Forabout threevery raw m

rocess whicwith the Eur

Speicherdatum: 201

materials (rand had best of a variety

e turbulenceminimized aescaping w

he combusteceding stagash produc

the flue gast) achieves

re worth-whr example e times hig

materials mo

ch mainly coropean land

18-05-07

are be

y of e in and with tion ges ced

s is an

hile the her ore

on-dfill

IMPLETREAPROV

REPORT LAGUNA P

5.4. C

The tabexplaine

Table 13: C

EMENTAATMENTVINCE O

PROVINCE_REV2_2018-05-07

OST COMP

ble below ded in the tec

Cost compilatio

ATION O CONCE

OF LAGU

7.DOCX

PILATION

displays thechnical com

n for the propos

OF A WAEPT FORNA

e amount ofmments, the

sed implementa

ASTE R THE

74 - 77

f money inve operationa

ation concepts (

7

volved for tal costs (OP

Reference: WE

the investmPEX) and th

HRLE)

ment costs e revenues

Speicherdatum: 201

(CAPEX) -s.

18-05-07

as

CONC

REPORT LAGUNA P

6. CON

The anapotentiabeen idmanagehousehoorigin, scould betimal co

Site vismeans after theple mecThus, thrific valucomplia

When itapplicabwas devration oment sudients caration

The invelevel before a mconcentwho coudone pawas devcosts wnents oproduct

The visicommudevelop(“clusteronmen

CLUSION

PROVINCE_REV2_2018-05-07

NCLUSION

alysis undeal for improventified, tak

ement authoold level. Tshould be se for examp

ondition for e

sits revealethat the mue segregatiochanical wahe organic cue. The organce with th

t comes to ble becauseveloped. It

of metals anuch as box can be convtechniques

estment coecomes. Thmodel planttrations of vuld sensiblyaying attentveloped for

were presenof the wastets is of parti

its and discnities to imp

pment of war”) is the ketally friendly

N

7.DOCX

ertaken in thvement. Foking into acorities. All o

Those recycseparated aple composenergy reco

ed that in sunicipality son of recycste treatmecompounds

ganics can te required c

larger waste of their hincludes –

nd of high-ccomposting

verted to a h.

sts, but alsous it might t was develvarious muy merge thetion to the such a clusted. The pr

e into usablcular intere

cussions witplement susaste treatmeey to the impy treatment

his report sor future newccount the teoptions assuclables & rend converte

st for agricuovery in ind

smaller comshould provlables withi

ent devices s of the wasthen be comcompost qu

te quantitieigh personnafter a first

calorific plasg of the remhigh quality

o the sustaimake sensloped: for tnicipalities

eir waste wetransport rester and a process chaile productsst.

th local authstainable went conceptplementatiot technology

75 - 77

shows variow waste disechnical anume that reusable subed into usaultural use, ustrial proc

mmunities ovide a solutn the individsuch as sc

ste could bemposted anualities.

es (>50 tonsnel requiremwaste seg

stics or recymaining wasy compost, p

inability of ese to treat whis model pwere examere identifieequired to gprocess desn comprise

s. Here, the

horities havwaste manag

ts for groupon of a modey.

7

ous waste fsposal technd financial ecyclable sustances thable productrecyclable esses.

only low-teion for the dual househreens, for e

e separatedd the comp

s/day), suchments. For regation onyclable matste. Thus thperhaps wit

each concewaste from plant, the w

mined. In a ed (“clusteriget the wasscription as ed the MYT e objective o

ve shown hogement tech

ps of neighbern, technic

facilities in niques, foupossibilities

ubstances aat are not sts at the wamaterials o

ch solutiontreatment oholds. Such

example, wh from ingreost used fo

h simple tecthese wast

n householderials, followhe biologicah the use o

pt increasedifferent co

waste volumsecond steing”). This este from a twell as its iTechnology

of a high fu

ow difficult ihnologies. T

boring commcally efficien

the Philippur different ss of the res

are already segregated aste treatmeor substance

ns can be of the garbah a solutionhich could bdients with

or agricultur

chnologies te sites, an

d-level – anwed by a bally treated of further me

s the higheommunities mes as wellep different exemplary cto b. Then investment y which con

uel quality i

it is especiaThus the nemunities wont = sustain

Speicherdatum: 201

ines and thsolutions haspective wasegregatedat the pointent plant. Tes with an o

realized. Tage remain could be s

be built locaa higher ca

ral purposes

are no longnother conc upfront seiological treorganic ing

echanical se

r the technijointly. The as the wamunicipalit

clustering wa model pland operatnverts comn the resid

ally for smaeed for the orking togetable and en

18-05-07

heir ave

aste d at t of

This op-

This ing im-

ally. alo-s in

ger ept pa-

eat-gre-ep-

ical ere-aste ties was ant ting po-ual

aller co-her nvi-

APPE

REPORT LAGUNA P

7. APP

ENDICES

PROVINCE_REV2_2018-05-07

ENDICES

S

7.DOCX

76 - 777 Speicherdatum: 20118-05-07

APPE

REPORT LAGUNA P

ENDICES

PROVINCE_REV2_2018-05-07

S

7.DOCX 77 - 777 Speicherdatum: 201

18-05-07