ПАО СНХП 05.08.2015 - eng

Version 2.1

The company "Salavatneftekhimproekt" was founded in 1948 as a branch of "Lengiprogaz". The institute was developing the design documentation for industrial

project of Combine №18 (at present - PAO "Gazprom neftekhim Salavat") and the entire Salavat city. In the following, the Institute reorganized repeatedly, and in 2014 moved

from government holding to sole shareholder.

Business base today is :

About company

2

industrial engineering 3D - engineering civil engineeringindustrial design based on three-dimensional model

design of typical series civilian targets

design of oil refining and petrochemical production

field supervisionconstruction supervision by

performed design

1 – See more on page «History» (Appendix)

Goal and main objectives

3

GOALbe the first and largest regional design engineer

For this purpose we have developed a project management system, production modernization and employee incentive programs (2014-2015 years). This brings us to execute projects in quality and on time.

PROJECT MANAGEMENTTalented managers, with many years' experience, effectively

solve the control problems. Specialized software helps to control the daily progress of

product unloading

EMPLOYEE INCENTIVE PROGRAMME For reasons of motivate the staff, the Company has incentive scheme for employees. We are monitoring of

employee satisfaction by conditions at the workplace, wages and

organizational climate steady

HEAVILY INSTRUMENTATIONWithin modernization was

completed the office conversion and capital repair with a "forklift"

upgrade (purchased graphics workstations, servers, software

and office furniture)

Our advantage

Our advantage is our people. Highly professional technical staff accompanied with well-motivated to professional advancement candidates, young and ambitious graduates

4

High competitiveness is determined by technical equipment and software. We occur in abundance data systems office, to support this highly . The team includes finalists of AVEVA 2015, International Olympiad in 4G, the summer supercomputer academy in Lomonosov Moscow State University. We create industrial visualization, interactive real-time applications, develop 3D simulators, Emergency Response Assistance Plan, 3D models according to the requirements Ministry of Emergency Situations of Russia.

Modern technologiesWe are looking for people with extraordinary thinking

and leadership skills, with enormous potential and extraordinary ability to solve specific problems,

achieve their goals and make a personal contribution to the common cause. Their unconventional approach

to problem solving, provides an opportunity to see options for where can not see the other. This allows

done both a full range of design and engineering work, as well as specific projects (selection of the model

project, feasibility study etc.).

Specific projects

The company welcome degree of technical and chemical sciences. We develop creative activity of young professionals and collaborate with Topchiev Institute of Petrochemical Synthesis, RAS (Moscow). We form patent base of petrochemical industry processes. With one of the latest developments place a requisition on import-substituting Government program.

Scientific potentialExperience and knowledge of the

designers allow us give guarantees and minimize defects. The Company has developed a mentoring system. The team formed by best graduate

of Ufa State Oil University. On the basis of Ufa State Oil University

created common initiative to attract students to practice.

Integrated design

IT

«Salavatneftekhimproekt» keep company with cluster of the oil and gas sector in Bashkortostan

5

Common database

Single point of responsibility

Cluster combines "Salavatneftekhimproekt" and other leading market player of the region in the unified organization.

• cooperate cluster companies on joint project

• building a system of projects monitoring

• solely responsible before clients

It contains information about: • each cluster members

• skills and background • available software

Activities and the role of companies within the cluster is distributed depending on the profile. This allows to provide a full range of engineering services for projects of any complexity and scale.

22 engineering companies

7 000 engineers

~ 10 billion rub /y total revenue

Our team

6

Ufa State Petroleum Technological UniversityPERSONNEL

CAPACITY – 243Average work experience of engineers is 18 years. There are 2 employees with a doctorate (PhD) degree,4 employees with IFP School master degree.

43%

75%

Ufa State Aviation Technical University

Orenburg State University

other technical universities

personPERSONNEL CAPACITY 243comprising:Administration Department 14The management+ accounting department 15IT department 18Commercial department 5Piping and process engineering department 72Sanitary engineering department 14Business development department 2Costing engineering group 5Constriction engineering department 42Technical department 16Electrical engineering department 25

The employee university

3%

9%

45%

25%

Our office

450 workstation(number of employees – 243 person)

2 meeting area( + 1 training class)

7

Reception area

For the design and organization of workstation, we took into account the work features of each group of employees. Comfort and ergonomics have improved performance both design and functionality working groups. On the second floor is the administrative and management personnel with reception area.

Our office is located in a building with an area of 4500 m2 . In the period 2014-2015, we are implementing a modernization program: office block is being reconstructed and capital repaired with a full replacement of fixed assets (purchased new graphics workstations, servers, software, office furniture).

Our office

8

CafeteriaArchives

Technical support

Fire alarm system, security signal system, as well as access control system prevents the entry of unauthorized persons into the territory and allow to keep records of working time. The cafeteria has been organized in office, where employees come during their break with their meal. Also they can play table tennis during the breaks .

In 2014 we bought 200 graphic stations (2 * 24 ', CPU 3,7GHz, 8G RAM, GF760). There are IP telephony, electronic document management and archive in the office. Server equipment provides rapid deployment of resource-intensive workloads. Mobile shelving in the archive gives access to 283 451 units of working documents, calculations, drawings, estimates, expert report on the industrial safety.

Accrediting like clockwork (2014-2015 y)

• JSC «Bashkir soda company»

• LLC «Samaraneftekhimproect»

• JSC «Salavatneftehimremstroy»

• JSC «Rosneft»

• JSC «Gazprom»

• JSC «Gazpromneft»

9• JSC «NGK Slavneft»

• JSC «RussNeft»

• CHSC «Neftegazohimicheskie tehnologii»

• LLP «IK Gazgiproneftetrans»

• LLP «Kazzinc»

• LLP «Tengizchevroil»

• Foster Wheller

• ThyssenKrupp Industrial Solutions

• LLC «GSI-Giprokauchuk»

• UOP Honeywell

• JSC «Stroytransgaz»

• A.V.Topchiev Institute of Petrochemical Synthesis, RAS

High technical equipment has allowed us to obtain accreditation in the companies:

Major projects for 2012-2014

10

153 450 50

Hydrogen Production unit

"Bashneft" "Bashneft-

Novoil"

Production of alkylbenzene,

" Bashneft" "Bashneft-

Novoil"

Unit of regeneration spent sulfuric

acid,"Bashneft" "Bashneft-

Novoil"

Capacity,k t/y

Base project Foster Wheeler DuPont Haldor Topsoe

Unit of reformate

fractionationJSC «Gazprom

neftekhim Salavat»

820

PetroKhimEngineering

Work on hand

Sulfur production

11

Hydrogen production, Pressure Swing Adsorption

Tank battery

Gas compressor station

JSC «Gazprom neftekhim Salavat»



LLC «RN-Tuapsinskiy NPZ»

Project Client

We have incentives in maximal use of engineering resources. The flexible optimization system of employees number allows us to stretch ultimate load of company (potential influx of

engineers is + 200 pers. to the current personnel).

Work on handJSC «Salavatneftekhimproekt», 2015

12

Hydrogen Production unitProject

JSC «Gazprom neftekhim Salavat», JSC «Gazprom pererabotka»

Client

FOSTER Wheeler Base project

219 000 k м3/yCapacity

Work on handJSC «Salavatneftekhimproekt», 2015

13

Pressure Swing Adsorption unitProject

JSC «Gazprom neftekhim Salavat», JSC «Gazprom pererabotka»

Client

LINDE Base project

219 000 k м3/yCapacity

Steam yield

Major project JSC «Salavatneftekhimproekt», 2014

14

Hydrogen Production unit

Project

JSC «Bashneft»,JSC «Bashneft-Novoil»

Client

Foster WheelerBase project

153 k t/y (purity 99,9 %)Capacity

881-1136 k t /y (pressure - 15 kgf/cm2, temperature - 300 °С)


15

Gas compressor stationProject

LLC «RN-Tuapsinskiy NPZ»,JSC «Rosneft»

Client

70 mln. m3/y (8000 м3/h)Capacity

2 compressor (1611 m3/h) 2 drier (1611 m3/h)4 compressor (3222 m3/h) 2 drier (6444 m3/h)

Makeup:

air compressor building outdoor equipment inside communications -

length 190 m, height -13 / 20 m the network of water pipes and

sewage systems electricity network outdoor lighting network general plan

Designed project consist:

Major project JSC «Salavatneftekhimproekt», staff experience, 2013

16

«Pipe racks «Vostok-Zapad», work-in-progress construction project

Project

PJSC «TATNEFT»Client

• collection and analysis of up-to-date information about technological objects

• improvement of efficient resource utilization of pipe racks

• issuance accurate technical conditions

• informing of employee about structure, parameters and characteristics of technological objects

Completed work


17

Sulfuric acid alkylation unit + sulfuric acid regeneration

Project

JSC «Bashneft», JSC «Bashneft-Novoil»

Client

Sulfuric acid alkylation unit – STRATCO-DuPontSulfuric acid regeneration – Haldor Topsoe A/S

Base project

Sulfuric acid alkylation unit – 450 k t/y (ON = 96)Sulfuric acid regeneration – 180 k t/y

Capacity

Design experience. Hydrogen Production by Foster Wheeler basic design

18

ClientProject Capacity Base project

JSC «Bashneft», JSC «Bashneft-Ufaneftekhim»

Hydrogen Production unit 438 mln m3/y Foster Wheeler

JSC «Bashneft», JSC «Bashneft-Novoil»

Hydrogen Production unit 153 k t/y Foster Wheeler


Hydrogen Production unit 219 mln m3/y Foster Wheeler

Reference list. Hydrotreatment, 1/2

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ClientProject Year made

JSC «SNHRS»Detailed design «Re-equipment. Setting of filters on MDEA

circulation line of process unit GO-4 of production department №11 in petroleum processing plan»

2014

JSC «SNHRS»Detailed design «Re-equipment. Setting raised faced flanged

end on pump pos.CN-13, 14 of process unit GO-2 of production department №9 in petroleum processing plan»

2011

Detailed design «Re-equipment. Setting condensate catcher on steam condensing unit of process unit GO-3» 2011

Detailed design «Re-equipment. Pump change pos. CN-6 of process unit GO-2 of production department №9 in petroleum

processing plant»2011

Detailed design «Re-equipment of process unit GO-4 of production department №11 in petroleum processing plan» 2011

Detailed design «Re-equipment. Pump change pos. CN-5 of process unit GO-2 of production department №9 in petroleum

processing plan»2011

JSC «SNHRS»

JSC «SNHRS»

CJSC «Petrochim Engineering»

JSC «SNHRS»

Detailed design «Re-equipment. Exchange of feed heat exchangers blocks pos.Т-6, Т-7/1, 2, 3, double heat

exchangers pos.Т-6/1 and heat exchanger pos.Т-18 of process unit GO-4 of production department №11 in petroleum

processing plan»

2014JSC «SNHRS»

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JSC «Gazprom neftekhim Salavat»Detailed design «Re-equipment. Setting closed drain

system of reservoirs unit L-24-6-2 of process unit GO-2 of production department №9 in petroleum processing plan»

2010

JSC «Gazprom neftekhim Salavat»Detailed design «Reconstruction of pipe racks 7 «а» в осях 10-42 of process unit GO-4 of production department №11 in

petroleum processing plan»2005

"Installing the GO-4" Calculations of the recovery boiler on the basis of the recommendations of JSC SEPNU

"Orgneftehimenergo"2005

Detailed design «Work process improvement of exhaust heat boiler KU-201 of process unit GO-4 of production

department №11 in petroleum processing plan»2005

Development of working and design documentation of the complex L-24-21 hydrotreating capacity of 2 mln. t/ y 2005

Detailed design «Translation from water heating system to own heater system by steam condensate установки of

process unit GO-4 of production department №11 in petroleum processing plan»

2005





Detailed design «Re-equipment. Displacement of power junction box of process unit GO-2 of production department

№9 in petroleum processing plan»2011JSC «Gazprom neftekhim Salavat»

Reference list. Hydrotreatment, 2/2


Reference list. The primary crude oil processing

211999

2005

2004

1992

1997

2008

2014

2005

2006

JSC “Gazprom neftekhim Salavat”






JSC "NK"Rosneft" - Novokuibyshevskiy NPZ"

JSC “Bashneft – NOVOIL”


Design the Karachaganak gas condensate distillation unit (ADU/VDU 4 MTA) including electric desalting unit

The list of activities for the CDU unit for AVT-4 to existing rules and regulations

Revamping of Crude distillation unit (ADU/VDU) with construction of electric desalting unit

AVT-4. change the binding of heat exchangers heating oil, condensation-refrigerating devices, columns K-1, K-2, K-3

Debottleneck of Crude distillation unit (ADU/VDU) with construction of electric desalting unit

Design of transfer pipes from the furnace P-2 to column K-5 (ADU/VDU) AVT-1

Revamping the crude distillation unit (ADU) AVT-9

Design the Vacuum ejector block of column К-6 (VDU) AVT-4

Conditioning the crude distillation unit (ADU) AVTM-9 to valid authorities regulations


Reference list. Storage plants, 1/2

2010JSC “Gazprom neftekhim Salavat”



2006JSC “Bashneft – NOVOIL”

Technical upgrading. Design detail documentation the close drainage system of Storage plants L-24-6-2 (Diesel

hydrotreatment unit)



Revamping inhibiter Storage plant

Technical upgrading. Design detail documentation the close drainage system of Storage plants AVT-1, AVT-2, AVT-3

Design detail documentation for tank replacement

Revamping TCC Storage plant 10/32

Technical upgrading. Design detail documentation for remedial action of State Expert Evaluation Department of Russian Federation punch item № 139 26.08.11 Light-oil

products Storage plant “B”


22

Reference list. Storage plants, 2/2

23

Design detail documentation for crude oil

Design detail documentation for LNG

2006JSC «Orenburgneft»Design detail documentation for debottlenecking Pokrovskoy oil treatment plant Storage plant






The Karachaganak stable gas condensate storage plant

Reconstruction of vessels Е-2/1, Е-2/2, Е-4/2, Р-1А, Р-3А, Р-1/2, Р-3/2 (park №1) of LNG storage plant

Design detail documentation for gasoline tanks

Design detail documentation for highly-flammable liquid Storage plant of Steam Cracking Unit

The Karachaganak stable gas condensate storage plant 1987JSC “Gazprom neftekhim Salavat”



Reference list. Flare System Unit

24

Closed gas discharge system of ADUto flare unit 2006JSC “Bashneft – NOVOIL”

Replacement the flare unit 2006"Krasnoleninskiy NPZ" Ltd

Flare System Unit of the visbreaker 2008JSC “Gazprom neftekhim Salavat”

Flare System Unit of EB /Styrene production 2000JSC “Gazprom neftekhim Salavat”

Connect the main pipe to the gas discharge system of refinery units (AD/VDUs, AGFU, TC) 1982JSC “Gazprom neftekhim Salavat”

Flare System Unit of the acetic aldehyde unit 1981JSC “Gazprom neftekhim Salavat”

Flare System Unit of Refinery plant 1978JSC “Gazprom neftekhim Salavat”


25

2008JSC “Bashneft – NOVOIL”The IU of sulfuric acid alkylation and spare sulfuric acid regeneration units

2009JSC “Bashneft – NOVOIL”The IU steam reforming unit

2011JSC “Gazprom neftekhim Salavat” Technical upgrading. Design detail documentation for remedial

action of State Expert Evaluation Department of Russian Federation punch item № 139 26.08.11 of Flare System Unit

2008JSC “Gazprom neftekhim Salavat” Recovery rack № ХI

2011JSC “Gazprom neftekhim Salavat” Recovery rack № 5

2013JSC “Gazprom neftekhim Salavat” The IU of PSA unit


Reference list. Interconnecting utilities (IU), 1/2

Reference list. Interconnecting utilities (IU), 2/2

26

2008JSC “Gazprom neftekhim Salavat” Recovery rack № IV

The IU of the visbreaker 2005JSC “Gazprom neftekhim Salavat”

Recovery racks where new bitumen pipe routing JSC “Gazprom neftekhim Salavat” 2004

2004JSC “Gazprom neftekhim Salavat” Yhe IU of EB /Styrene production

2006JSC “Gazprom neftekhim Salavat” The IU of the HDPE unit

The IU of the automated railway tank loading station for light-oil product


JSC “Gazprom neftekhim Salavat” Revamping of the loading/unloading station (object № 715 «В») IU

2003


Reference list. Loading/unloading station, 1/2

27

The automated railway tank loading station for light-oil product 2007JSC “Gazprom neftekhim Salavat”

Revamping the loading/unloading station for liquefied gas unit 2004JSC “Gazprom neftekhim Salavat”


Technical upgrading. Design detail documentation for remedial action of State Expert Evaluation Department of

Russian Federation punch item № 139 26.08.11 the loading/unloading station of refinery Storage plant

2011, 2013JSC “Gazprom neftekhim Salavat” Technical upgrading. The automatized unloading system

USN-150 and loading system UNG 6-100АС-02.04 (object № 715 «В»)

2006JSC “Gazprom neftekhim Salavat” Change-over on light-oil product of the loading/unloading station (object № 715 «В»)

2012JSC “Gazprom neftekhim Salavat” Revamping the loading/unloading station (object № 715

«В») of refinery Storage plant with construction of central control room


Reference list. Loading/unloading station, 2/2

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The truck tanker loading/unloading station for light-oil product 2003JSC “Gazprom neftekhim Salavat”

The truck tanker and railway tanker loading/unloading station for EB and styrene 2002JSC “Gazprom neftekhim Salavat”

The loading/unloading station of SC unit (EP-300) 1987JSC “Gazprom neftekhim Salavat”

Revamping the loading/unloading station for liquefied gas unit 1985JSC “Gazprom neftekhim Salavat”

2004JSC “Gazprom neftekhim Salavat” Extension of the loading/unloading station (object № 715 «В»)

2003JSC “Gazprom neftekhim Salavat” The truck tanker loading/unloading station for butyl alcohols


Reference list. Pyrolysis projects, 1/2

Installation of the production of benzene. Additional equipment loading rack for loading pyrocondensate 1994JSC «Gazprom neftekhim Salavat»

Reconstruction of a process for producing MTBE. Environmental protection. Forecast consequences of

accidents1999JSC «Gazprom neftekhim Salavat»

29

Calculating the probability of an explosion on gas dehydration skid 2004JSC «Gazprom neftekhim Salavat»

Gas coolers spacing layout of pyrolysis furnace 2008JSC «Gazprom neftekhim Salavat»

Rigging up of the nitrogen system on pyrolysis furnaces 2010JSC «Gazprom neftekhim Salavat»

Replacement of regulating valves for raw materials, fuel, a couple of furnaces 2010JSC «Gazprom neftekhim Salavat»

The project of phased expansion of capacity from "EP-300" to "EP-380". Consulting services 2012-2016JSC «Gazprom neftekhim Salavat»


Emergency response plan JSC «Gazprom neftekhim Salavat» 1992

Conversion unit of pyrolysis condensate to benzene. Commissioning and start-up complex 1993JSC «Gazprom neftekhim Salavat»

Conversion of liquid pyrolysis products. Production of petroleum resins 1989JSC «Gazprom neftekhim Salavat»

JSC «Gazprom neftekhim Salavat»Full design. Off-plot facilities. transfer system 1988

Benzene production. Commissioning and start-up complex 1991JSC «Gazprom neftekhim Salavat»

Production of polymeric petroleum resin (Arsolen) "Pyroplast-2" type. Commissioning and start-up complex 1991

30


Reference list. Pyrolysis projects, 2/2


31

The complex of ethylbenzene and styrene. Inside communications 2005JSC «Gazprom neftekhim Salavat»

High-density polyethylene production. Commissioning and start-up complex 2010JSC «Gazprom neftekhim Salavat»

High-density polyethylene production. Chemical store 2007JSC «Gazprom neftekhim Salavat»

High-density polyethylene production. Nitrogen purification unit for butene containers in product shipping department of

«Monomer» plant2008JSC «Gazprom neftekhim Salavat»

The complex of ethylbenzene and styrene. Quantitative assessment of explosion hazard of technological objects

(butyl alcohol park, benzene park) 2007JSC «Gazprom neftekhim Salavat»

High-density polyethylene production . In-plant recirculation block by using cooling tower of «GEA» company 2008JSC «Gazprom neftekhim Salavat»

High-density polyethylene production. Off-plot facilities, transfer system 2010JSC «Gazprom neftekhim Salavat»

Reference list. Production of high/low - pressure polyethylene, butyl alcohol, ethylbenzene and styrene, 1/2


Butyl alcohol production. Off-plot facilities 1982JSC «Gazprom neftekhim Salavat»

The complex of ethylbenzene and styrene. Off-plot facilities, transfer system 2004JSC «Gazprom neftekhim Salavat»

32

The complex of ethylbenzene and styrene. Butyl alcohol and HFL park. Ethylbenzene and styrene park. Midline park 1999JSC «Gazprom neftekhim Salavat»

Replacing the storage tanks of styrene in HFL park 1999JSC «Gazprom neftekhim Salavat»

The complex of ethylbenzene and styrene. Washing and steaming station. Sewage disposal plant 2002JSC «Gazprom neftekhim Salavat»

The complex of ethylbenzene and styrene. Emergency Response Assistance Plan 2004JSC «Gazprom neftekhim Salavat»

Reference list. Production of high/low - pressure polyethylene, butyl alcohol, ethylbenzene and styrene, 2/2


We execute general designer functions for:

33

JSC «Bashneft», «Bashneft - Ufaneftehim»

ООО «Novo-Salavatskaya TEC»

JSC «Bashneft», «Bashneft – NOVOIL»

JSC «Orenburgneft»

JSC «SMP-neftegaz»

«Krasnoleninskiy NPZ» Ltd


JSC «Salavatneftehimremstroy»

3D potential

35

Technical support allows us to work with different projects grade

Basic software solution

Software has been set up on a 200 new graphic stations. Server equipment provides

rapid deployment of resource-intensive workloads.

Graphic stations

The development of three-dimensional model is carried out on all itineraries of design

Blanket cover

Tridimensional design• 15 licenses of AVEVA PDMS• concurrent working about 50 engineers

Fabrication and detailing all steel structures – faster and with better quality

The system of environmental calculation programs:• ecology• waste, noise• varnish-and-paint finish, welding, inventory, metalworking

The system of calculation of pipelines and equipment• Start - calculation of durability and rigidity of pipelines• Stars - calculation of thermal properties and phase

equilibrium composition of substances• Gidrosistema - thermal and hydraulic calculations• Passat - calculation of the strength and stability of vessels

and apparatuses• Izolyatsiya - calculation and selection of insulation

materials• Predklapan - calculation and selection of safety valves

AVEVA PDMS

TEKLA

Design-basis program of «Integral» company

Design-basis program of «NTP Truboprovod»

01

02

03

3D-model of production in the PDMS AVEVA contain a maximum of necessary information

36

Isolation

Estimate documents

Reports (custom specifications,

equipment schedule, etc.)

Isometric drawings

Calculation of durability and

rigidity of pipelinesProcess

engineering

Equipment templates

3D-model access is everywhere and at all times

3D models in the systems of TEKLA Structures with PDMS AVEVA eliminate clashes

37

3D-MODEL

DATA INUnits base, stencil of typical construction

DATA OUTdrawings, specifications, statements, reports

the generation and management of output data packets, which involved in the manufacture of components, provide the maximum accuracy to materialize engineer brainchild to ready industrial object

on the basis of three-dimensional model is carried out automated production of drawings and reports. Storage information in a single database ensures consistency between drawings, reports and 3D data

Clash control and error detection on the start-up design period (before construction stage) - reduce financial costs. Visual display the progress of construction and installation work

contributes to the effective management of the construction of facilities within the established calendar dates and amounts of funding

Application of 3D models on the construction phase

38

Application of 3D-models can significantly facilitate the work of specialists at the construction and operational stage

Advantage

If available construction schedule

• eliminating clashes prior to construction

• a visual representation of the design solution

• navigation on the project with the possibility of information obtaining

• publication of isometric drawing

• communication organization of schedule with three-dimensional model

• modeling the course of construction work

• monitoring of the construction process

The ability to create on the basis model of electronic archive, "binding" of detailed design and as-built documentation to model elements. Providing specialist of interested organization by information about the structure, parameters and characteristics of technological objects

Application of 3D models on PLC operation phase

39

EfficiencyThe possibility of operational decision-making and the provision of input data in modernization

Real time access

MonitoringCollection and analysis of current information about technological objects

Staff trainingCreating interactive 3D models for visualization of operation and maintenance of technological object

Three-dimensional simulation

40

ERAP

Hazardous Facility as required by EMERCOM1

FAS and Preventive Maintenance

training devices

We are developing a three-dimensional applications, and video presentations for staff training. In the simulator, our specialists simulate various emergency situations in the workplace. The training simulates the consequences of wrong actions of trainees. Use simulators in the course of training, advanced training and monitoring skills of employees. This will reduce the risk of accidents due the human factor.

We simulate possible emergency situations and visualize them on the 3D model. The integration 3D models of ERAP1, Hazardous Facility, FAS1 and Preventive Maintenance allows to organize joint work of the various groups of users in the event of occurrence, localization and liquidation of emergency situations. Use simulations for quick and coordinated work of the staff, the speedy elimination of accidents and minimizing their consequences.

1 – ERAP – Emergency Response Assistance Plan , FAS – fire alarm system, EMERCOM - Ministry of the Russian Federation for Civil Defense

3D potential in EPC-projects

41

Present

Future

4D = 3D model + time characteristic scheduling of installation and construction

works in the Primavera link of installation and construction works

schedule with 3D model integration and visualization of data in the

information system monitoring of the construction process preparation of reports (including video reports)

5D = 4D model + project costs analysis of the balance of the resource loading assessment value of work done price optimization of the project

Information-technology solutions based on 3D models allow to implement large-scale

investment projects and shorten the timeline to completion of the project

Implementation of these models may not only in the EPC-projects. This will require the

engagement and participation of the Customer

Russian Federation 123290,Moscow, Pervyiy Magistralnyiy tupik, 5A, Business centre «Magistral-plaza»

Keyword here Keyword here

Contacts

42

www.snhpro.ru

Russian Federation 453259,Salavat, Gagarinа street, 8

[email protected]

8 800 500 75 85

Appendix

Monitoring and evaluation effectiveness of the unit

Industrial design. Participation in stages

44

Feasibility study and selection of the model

projectSelecting licensor Detail project and State

Expert Evaluation Dept

On-site designer supervision

Procurement of equipment

Post-investment monitoringBase project

Justification of the project's compliance strategytechnological solutionsPreliminary assessment of the capital costsEstimation of the economyThe estimation of the implementation

Development of a model of the project (either alone or with the assistance of EPC / EPCM)

Development and approval of the structure of the software

Development and approval of the terms of reference to licensors

Analysis of availability of energy, raw materials and infrastructure

The choice of the licensor and the analysis of the original data or the base project

Clarifying assumptions of feasibility study including the economy and capital investments

Getting licensors authority to support the development of the basic design

Development of the basic engineering, including: • Filling up data sheets • Providing clarification • Regular monitoring of

the work of of the licensor

Development of the general plan of project realization (level L3)

The choice of technology and coordination of critical equipment

Clarification of the size of the economy and capital costs of the project

Detailization of plan of processing / sale of products

Formation of the list of possible suppliers and contractors

Performance optimization

Development of detail project for industrial buildings and structures of power plants, construction materials industry enterprises, enterprises engaged in environmental protection and environmental management (landfills, gas purification plants, sewage), road transport enterprises

Development of commissioning and start-up

Reporting and monitoring of project implementation

Project support in State Expert Evaluation Department

Providing of planned indicators + development of measures to increase efficiency

Development of special sections of project documentation: a list of measures to protect the environment, Environmental impact assessment, a list of measures for civil defense measures for the prevention of natural and man-made, the declaration of industrial safety of hazardous production facilities, fire safety declaration, the project construction organization;

Development of operational documents: plans for oil spill response, emergency response plans, technological rules

Development of technical projects for non-standard equipment

Development of projects - sanitary protection zones, the maximum permissible emissions, standards for waste and limits on their placing

History

45

1948

The Institute was founded to design the new huge petrochemical complex

JSC “Gazprom neftekhim Salavat” (previously JSC "Salavatnefteorgsintez")

and employee city SalavatThe branch of «Lengiprogaz»

Foundation

1974

The SNHP became branch of

«Bashgiproneftekhim»

Re-engineering

1992

Privatization of the SNHP

Re-engineering

2014

The SNHP became Joint stock company

Re-engineering

2015

The SNHP became Public Joint stock company

Re-engineering

Documents

ПАО СНХП 05.08.2015 - eng