KUST Landscape

8/2/2019 KUST Landscape

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WELCOME

ALPHA PIPE INDUSTRIES PRIVATE LTD.

ENGRO POLYMER & CHEMICALSTECHNOLOGICAL PARTNER


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Sprinkler Irrigation SystemAlpha HEIS Company


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ALPHA PIPE IND. PVT (Ltd)

Company established in 1993 and commencedproduction in 1994.

Plant is equipped with modern machinery fromGermany, Taiwan, Austria and China

Biggest exporter to Afghanistan Biggest manufacturer of the country ISO 9000-2000 and ISO 14001-1996 certified Excellent market share Rated capacity of plant is 3600 M.Tons annually Produce nominal diameter from 1/2 to 16


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OUR GOAL

Green Pakistan


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ALPHA DIVISIONS

ALPHA PIPES

AGRO PACK

ALPHA HEIS COMPANY


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FRUITFUL BRANCHES

Head Office:

Office Number 206, 2nd floor Amin Mension GT Road Peshawar

Tel: 091-2212010 091-2211871

Fax: 091-2560571 Alpha HEIS Company House No.12, Behind Shell Petrol Pump Kafla Road, Tahkal Payan Peshawar Tel: 091-5845082 Fax: 091-2560571 Factory: Plot No 96/2, Road No R-3, Industrial Estate Gadoon Amazai, Topi Sawabi NWFP Tel: 0938-270543 Fax: 0938-270542 Quetta Office:

Room No 1, 1st Floor Kansi Plaza Zarghoon Road Quetta

Tel: 081-2445627

Fax: 081-2448419 Lahore Office:

Bara Dari Road Farukh Abad Shah Dara Lahore

Kabul Office:

Chowk Kota Sangi Sailo Road Street No1 Afghanistan

Cell: 0799-330084

0773-137266

0798-979692


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uPVC PIPES

Unplasticized Polyvinyl Chloride (uPVC) is extensivelyused worldwide due to its inherent advantages, that is;

It is not corroded.

It is light in weight & Installation is quick & easy.

It has excellent hydraulic characteristics.

It show high resistance to biological growth

Usage:

Drinking water supply, Industry, Agriculture, Fishery,Slurry removement, chemical piping, Nursery

Environmental Air Instrument etc.


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HDPE PIPES

High-density polyethylene (HDPE) has a widevariety of applications, including:

Chemical-resistant pipingsystems

Heat-resistant fireworks displaymortars

Geothermal heat transfer piping systems

Natural gas distribution pipe systems

Water pipes, for domestic water supply

As ducts for optic fibber in telecommunication.
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ALPHA HEIS COMPANY

Rain Gun Irrigation

Drip irrigation

Bubbler IrrigationLandscape irrigation


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Least Efficient

Most Efficient

Flood Irrigation

Furrow Irrigation

Bubbler Irrigation

Sprinkler Irrigation

Drip Irrigation

Efficiency of Irrigation Methods

Flood Irrigation

Furrow Irrigation

Bubbler Irrigation

Sprinkler Irrigation

Drip Irrigation
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Sprinkler Irrigation is a method of

applying irrigation water which is

similar to rainfall. Water is thensprayed into the air which irrigates

entire soil surface.

SPRINKLER IRRIGATION
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Sprinkler irrigation

Sprinkler irrigation can be used on lands which aredifficult or impossible to irrigate by surface methods.

Sprinkler irrigation is suitable for light and frequentwatering whenever needed, such as for germinationand frost protection.

Sprinkler irrigation may potentially provide betteruniformity of application and high applicationefficiency.

More effective use of a small, continuous stream ofwater such as from springs or dug wells.

It saves more than 50% of the water used by floodirrigation.

It saves labor.
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It saves electricity. In future if farm motors come under unitrating, Rain Gun will save nearly 75% of the electricity.Increases life of motor / pump.

As 12 acre could be irrigated within 1 12 hours usingraingun,So, if a farmer cultivates 5 acre wheat with his available waterand pump in flood irrigation, he can cultivate 10 acres of landby using Rain Gun with the very same availability of water and

pump.

Reduces pest and insects attack: Pests and insects get washedaway during Rain Gun irrigation.

In flood irrigation, farmers usually open the delivery at onecorner of the field and it goes to the next corner and entirefield by gravity. If there is any undulation in the topography ofthe land, water may not reach to that part, where as in Rain

Gun irrigation, the uniformity of the entire field is ensured.


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TEAM

RURAL DEVELOPMENT SPECIALISTS

ENGINEERS

AGRONOMISTTECHNICIANS

RESEARCH
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How To Start

SURVEY

DESIGNING

APPROVAL MARKING

INSTALLATION

ON FARM TRAININGTEST RUN
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This step consists of:

Site information

(include area, Elevation, etc)

Water & energy Source(type of source & source location on field, quality of

water)

Soil Information

( Salt concentration, soil type, nutrients availability)

Climate data

(Wind speed, Crop water requirement, evaporation rate)

SURVEY
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DESIGNINGDesign steps are

Calculation of peak crop waterrequirement

Choosing the best suited

raingun to meet waterrequirement

Design map showing mainline,lateral, rainguns position &

spacing etc Calculate economical mainline

& lateral pipe sizes

Select pump & power unit
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Preparation of

Proposal

Proposal is a document which contain salientfeatures of the project.

It contains following information:

the products to be installed on the project

Irrigation Schedule / How to run the system

BOQ / Estimate

Terms and Conditions


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MARKING

After theapproval ofdesign proposal

by Government,technicians startmarking thedesign layout on

the field underthe supervisionof engineers.
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Installation
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ON FARM TRAINING

After the installation of the system,

farmer is provided with a training

abouthow to maintain, control & handle

the system

Irrigation scheduling (when & howto irrigate the field)
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PARTS OF THE SYSTEM

HEAD UNIT

RESERVIOR

MAIN LINE

LATERALS VALVES

SPRINKLERS

STANDS

GI & PVC FITTINGS

HYDRANTS
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Head Unit


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POTENTIAL AREAS

WE WORK THROUGH OUT THE COUNTRY BUT AS WEARE PESHAWAR BASED COMPANY THATS WHY WEPREFER KPK AND ADJACENT AREAS

KOHAT

KARAK BANNU LAKI MARWAT DIK SAWABI MALAKAND MANSEHRA SWAT
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Landscape Irrigation Basics


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What is Landscape Irrigation

An Irrigation system / method comprising net work of

piping system on which pop-up sprinklers with sprayheads and gear driven sprinklers are fixed forperforming irrigation.

The target area can be a small residential lawn,

commercialinstitutional landscapes like schoolgrounds, public parks or Athletic & sports fields likefoot ball grounds, Golf courses etc

Apart from piping and sprinklers, the system needs a

suitable pumping facility, sectional valves, filtrationsystem depending upon water quality.

A whole range of controllers and accessories in theproduct line provides total solution for Automation


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Distribution Uniformity:The objective in designing a superior landscape irrigation

system is to apply the same amount of water over thearea being irrigated within the same window of time;this concept is called distribution uniformity. It is a keyelement for a high-quality irrigation design.

Concepts Included:

Bog Factor

Infiltration Rate

U if it d diff t
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Uniformity under different

overlapping

hf 3 cups are only getting of the water

Cups nearer to the gun getting25% more water

Cups are almost all uniformlyfull


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Given Above Detail of the Examples

In example "A" the sprinklers are just barely overlapping andmuch more water is falling in the cups next to the sprinkler heads.But the middle 3 cups are only getting the water of the cupsnext to the sprinkler.

In example "B" we see that moving the sprinklers closer togetherhas evened up the amount of water a bit more. However the areasnear the heads are still getting 25% more water than the otherareas.

Example "C" shows almost head-to-head spacing. The cups arealmost all uniformly full! So don't stretch the distance betweensprinklers.
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S

EW

90mm Control Valve

1 : 1200

ign Code: AH-111

75mm Control Valve

63mm Control Valve

50mm Control Valve

40mm Control Valve

110mm Control Valve

140mm Control Valve

Babar Farm

10 ACRES

"25/06/2009"


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Calculation of

Total Flow

Total flow (lph)* = Total numbers of sprinklerheads x Sprinkler Flow (lph)

* All the sprinkler heads are operating in a one go.


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Calculation of

Application Rate

Application rate is defined as flow per unit area.

Application rate is defined as flow per unit area =Total Flow (lph)

Total Area (m2)
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Water Pressure

How much water at what pressure is availablefor your landscape irrigation system? Moreimportantly, what is the dynamic flow: gallons

per minute and PSI? In the same way that apump has a curve that defines its performance,so also does every landscape water supply.
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Getting Started

It is best to begin with an accurate drawing.

Choose the type of sprinkler head based on thedimensions of the area it will irrigate.

Select the appropriate nozzle to fit the locationwhere the sprinkler is to be placed.
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Connecting the system

While connecting the system it should be kept inmind that Pressure is main thing that affectsboth the sprinkler flow rate and distance of

flow. However 10% of pressure variationpermissible for good operation.

Losses through leakage should be controlled for

a handsome pressure.


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Type of Sprinklers Used in the

System

1. Pro-Plus

2. Mini-Pro


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Pro-Plus

PS : Fast, precise set-up. Adjusts easily to fit unique landscapes.

This is one sprinkler that offers hundreds of solutions.

Adjustable arc nozzle included

One nozzle does the job of many.

New improved nozzle design

Even more dirt tolerant than before.

Heavy duty wiper seal

Eliminates flow-by.

Super extra large filter screen

Captures large debris without interrupting flow.Optional drain check valve

Available for field installation.

Discharge Range - 0.5 to 10 GPM.

Radius Range28 to 50.

Mi i P
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Mini-Pro

Stays put to keep play areas safe

Full rack of 8 standard and 4 low anglenozzles

Continuously improved, honest performance,

superior close-in coverage

Allows stoppage of flow through an individual

head while remainder of

system is running

Easy arc adjustment (40 - 360)

Right at the top of the sprinkler

Continuously improved gear drive

Backed by over a decade of proven reliability

Commercial grade spring

Reliable retraction every time

Saves water, reduces liability

Discharge Range - 3.4 to 31.0 LPM

Radius Range -25 to 51
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THANKS

Documents

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