ContactRegistered seat:

Nike krt. 2/1 Pf.: 79Tel.: +36 88 596 280Fax: +36 88 596 296e-mail: info@nitroterv.hu

Company residence:H-9021 GyőrJókai u. 1-3.Tel.: +36 96 327 100Fax: +36 96 327 100e-mail: vargak@nitroterv.hu

H-8184 Balatonfűzfő

NITROTERV Ltd.

ntNITROTERV Ltd.

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Töreky Károlytechnical director

Horváth Lajosproject manager

Tilinger Ferencproject manager

Varga Kálmán project manager

Balatonfűzfő

Szervezeti felépítés

22 designers4 CAD experts2 assistants

7 fő designers4 CAD experts1 assistant

Number ofprojects

Number ofengineer days

Kovács Zoltánmanaging director

GyőrThe basic philosophy of our company is:

QUALITY, DEADLINE, FLEXIBILITY

The point of our business strategy is to perform design, project management and delivery tasks on the domestic and foreign markets with highly qualified, experienced technical professionals, when necessary, involving qualified subcontractors for certain projects for the full satisfaction of our clients, on the highest possible technical level.

Introduction

Marits Jánosproject manager

Nitroterv Kft. was established in 1997.

Our company was formed by private persons who had had extensive experience in various fields of the Hungarian industry, most of all in the chemical industry in the area of technology, design, project management and economics. Our experts have had long experience in planning (10-40 years), and speak several languages. Beyond observing domestic regulations, our staff is prepared to perform design according to foreign standards (DIN, ANSI, API) as well.

Our company is ISO 9001:2008 certified, has designer third party insurance, and owns all the qualities, skills and aptitude which makes it an equal competitor of any company with longer tradition in performing such activities.

We believe among the economic circumstances today, in today's economic environment it is beneficial to use fresh ideas and breaking away from old concepts and reflexes.

Nitroterv Kft. is your partner ready to help.

We are ready to fully implement the ideas of our partners, from the study plans for decision-making to the final construction drawing documentation, in all areas of technical design (engineering, architectural, building engineering, electric, instrumental, etc. design). We are performing the complete implementation of project work, their delivery as main contractors, from planning to turnkey delivery.

The acceleration and high quality of design and project work is helped by computer-assisted design systems. In engineering, architectural, electric and instrumental design we use program packages based on and linked to AutoCAD and MicroStation.

For statical calculations:TRIFLEX, CAEPIPE, AXIS VMFor piping design:CADPIPE, CADmatic, TRICAD, PDMS, AutoCAD Plant 3DIn the design, simulation and optimisation of chemical technology processes and operations we use ChemCAD II; CCBatch és CCThermprograms.

NITROTERV Ltd.

nt

43 37 40 37 46 55 34 56 261999 2000 2001 2002 2003 2004 2005 2006 2007

2500 2700 4500 6800 7000 70001999 2000 2001 2002 2003 2004

6200 7000 70002005 2006 2007

42 39 402008 2009 2010

7000 5700 63002008 2009 2010

Industries

FOOD INDUSTRY BIOTECHNOLOGY UNIQUE MACHINESOIL INDUSTRY ENERGY INDUSTRY

Special branches

ź Technology design (PFD, P&ID)ź Data sheet for equipment (Data sheet)ź Layout plans (Layout)ź Support steel structures (Platform)ź Unique equipment (Equipment)ź Piping design (Piping)ź Isometric piping design (Isometric dwg)ź Bill of Materials (BOM, MTO)

Electric branch

Control engineering

Phases

Approval plan

Equipment design

Fitting drawing

Priced Bill of Quantities

Design architect's anddesign engineer's site supervision

Implementation documentation

VisualisationStudy plan – Preliminary plan

Cost estimate

Final construction drawing

Technical design

Faci

lity

desi

gn

Architecture, Statics

Building engineering

Technology/Engineering

CHEMICAL INDUSTRY

Work method for the design

Isometric piping plans

Detailed presentation

Fields of design

Arrangementand manufacturing plans

"EN 1092 Aluminium loose flange DN080 PN10"

at point, X= 0.00 Y= -20.00 Z= 0.00

"EN ISO 4014 SS Hlf csavar M16-120"

at point, X= 30.62 Y= 0.00 Z= -73.90

"EN ISO 7090 SS Lapos alátét M16"

at point, X= -73.88 Y= -96.00 Z= 30.62

"EN ISO 4032 SS Hatlapú anya M16"

at point, X= -73.88 Y= -99.00 Z= 30.62

„EBRO Z011-A DN0080 PN10 EPDM-1.4408 LEVER"

at point, X= -0.01 Y= -48.00 Z= 0.00

Extrusion direction relative to UCS:

X= 1.00 Y= 0.00 Z= 0.00

Planning work method

We usually perform the planning of industrial facilities with the help of 3D CAD architecture and editing tools, assisting our engineering thinking. We prepare the 3D model of the system to the detail we think is necessary and what suits our client best.From the model 2D projection drawings, isometric piping plans and axonometric 3D plans, and explaining images are made. We can also perform the generation of a bill of materials, so preliminary cost estimates can be prepared in the early stage of planning.

3D modelling

PHARMACEUTICAL INDUSTRY

7 10 13

17

2

3

2

2 17 14

7

20 P0857

344

1056

7

3

CLEL +0,095

750

1500

CC11E003

3

19

642

332

15 11 8 5

18

S0842

1150

P-8220B

3"150 lb

.

2 4

6 9 12 16

V-8220B

Ø1400

4020

250

B00-100-0.CHW-69133-C05

P-8220B

B00-150-0.CHW-69132-C5

200

445

600

X-8220B

200

450

1077

2350

ź heat exchangers,ź columns,ź technology tanks,ź storage tanks,ź combustion equipment,ź separators,ź mixing equipment,ź cyclone separators.

We are also designing building constructions and technological steel structures (stands, holders of equipment, secondary steel structures, pipe holders). Technological design is performed in a 3D CAD environment, so we treat the design of steel structures this way too. As they are characterised by many repeating shapes (sheets, consoles, columns, stairs, stepping stones, balustrades, etc.), therefore we consider the preparation of parametrically transformable models the most efficient work method. We generally use the AutoDESK Inventor program, for the past few years we have collected a significant database, so we can perform the simpler, routine tasks quickly and efficiently. In our experience, another benefit of design documentation compiled this way is that for both workshop work and on site assembly a neat, uniformed documentation can be compiled. CAD data significantly support the cutting of shaped sheets, or making bore patterns in the case of programmable machine tools. We also prepare a lay out of complicated, complex surfaces, and we can also make a contour description or a lay out drawing printed on paper.

Equipment and steel structure design

We work based on Euronorm standards, but we have had extensive experience in design according to ASME, ANSI, API, BS, DIN, GOST

standards as well. We are using the corporate level regulations of our clients, or we establish project-specific regulations if necessary.

We have had a good relationship with the regional offices of the Hungarian Trade Approval Office, we provide full support to our

clients in the filing of technical safety and construction authority claims and in the administrative tasks related to obtaining

permissions and fulfilling their reporting obligations.We often work together with the experts of independent certification organisations, we prepare documentation in Hungarian or in a foreign language (English, German, French, Russian), which always complies with the requirements of Hungarian and foreign Notify Body plan checks.We have had good relationship with the suppliers of trade items, such as pumps, compressors, blowers, spin dryers, conveyors, and we help our clients in selecting appropriate equipment, and comparing technical descriptions and price offers.

CAD modelling of existing facilities

3D Laser scanner files

Modelling in TRICAD

Digital operation

Our clients increasingly often require to have a 3D CAD model of their existing facilities, and adjust them to their existing IT systems. The measurement of smaller object can be done manually, but for bigger ones a 3D laser scanning procedure is appropriate. We are doing the exact mapping of the actual facility by processing the scanned files and 3D modelling. These models can be edited, modified and are suitable for further design.

The character of our planning tasks is dual, in general we are preparing mainly engineering implementation and approval design documentations of plants, however we are also designing a large number of unique equipment for plants and manufacturing works. We also perform technology and endurance sizing, prepare data sheets for equipment, final construction drawings, perform equipment check, and also make comprehensive filing in accordance with legal expectations at the authorities.We have had long experience in the design of equipment characteristic of chemical industry processes, and we are specialised in the design of the following types:

TRIFLEXSince the introduction of the European standard system of pressure-holding equipment and facilities in Hungary, since the beginning of the 2000-ies there is an increasing demand for the performance of piping system pressure analysis and attach it to permission documentation to authorities. Based on our prior knowledge and the presentations of software traders we decided to use the TRIFLEX program. We performed the check of many unique pipe sections and statistically connected piping systems with the help of that software. As an unknown option before, we used the software to select supports with permanent spring strength and definite spring invariable. Documentations compiled by us performed well in various projects, according to several foreign independent certifying companies and authority checks.

Static sizing

CAEPIPEIn the past few years the integration of CAE and CAD programs, joint data using surfaces and interface options are getting more and more popular. The permanent need to use designing time more efficiently as well as the observation of the benefits of joint model use urged us to find a software suitable for pipeline pressure analysis, which brings together the benefits of all previous tools. During the theoretical preparation of our experts (2010 – Budapest University of Technology and Economics – Static check of Energetic pipelines) we procured the CAEPIPE software and used it for the design tasks of a water cleaning plant in Kazakhstan. When using the software, another benefit is that independent certifying organisation TÜV also uses CAEPIPE, therefore for the plan examiner we can present the examined model along the documents on paper, which is very persuasive.

AXIS VMIn the course of the solution of facility design tasks the static examination of support structures also has to be performed. The design of building structures, supports and the technology system are work phases strongly affecting each other, therefore the two are treated in connection with each other. As static structures need to be modified on various occasions, we have chosen a work method which supports quick, spectacular re-parametrization. The AXIS VM program reflects engineer thinking, its database (mechanical characteristics of materials, profile tables) support the solution of most tasks. Its static checking functions are mostly used for the sizing of pipe supports, pipe bridges, equipment supports, building structures, however we have studied shell-like container tanks with plate borders and their shape modifications, static compliance on various occasions. Before the start of construction design we can provide our clients the Bill of Materials generated by the program based on the static model, therefore the majority of the necessary materials can be ordered already in the early phase of planning.

PDMSThe strategic goal of our company is to participate in the implementation of design projects outside the market of the neighbouring countries, in Western Europe as well. The engineering skills of our experts are outstanding in industrial machinery and piping. Our elder colleagues learnt languages while at work, and when we recruited our younger professionals, we consciously hired colleagues speaking foreign languages confidently. In the implementation of international priority projects we mostly use the renowned 3D engineering facility planner PDMS software of AVEVA. In 2009 we decided we will partly transfer to the use of PDMS, our experts were trained to use the system administrator and designer applications by experts of the AVEVA GmbH Hungarian Representative Office.

In 2010 we decided to establish our own (EN) spare part catalogue and pipe classes. Besides, we prepared the piping model of a tank park, by which we also tested the AVEVA VNET application.

3D Final construction drawing

CADMATICIn accordance with the expectations of our clients, we started using the CADMATIC 3D facility design software application in 2008. Our models are made with the application of the pipe classes obtained, and we usually perform the individual design tasks of technology blocks and units separated in space. Eight of our experts have learnt how to use the program, however in case we conclude a separate agreement with our partner, we are ready to implement projects in cooperation, thus we are able to perform the design of bigger facilities, in accordance with the deadline expectations of our clients. In the performance of remote presentations we found the built-in display of the software, the eBrowser application quite useful, its application provides quick and meaningful communication between project participants.

AUTOCAD PLANT 3DSince the establishment of Nitroterv Kft., our experts have been using the software of Autodesk to prepare drawings. With the launch of the 3D functions of the Windows-based AutoCAD R14 version we introduced 3D design methods. We tried out and used all the versions of AutoCAD lauched in the past ten years. Therefore we have always been looking for a facility design software on the market, which can support our work running on an AutoCAD base. We could not find an impeccable solution, we extended our applications with our own developments, making them in AutoLISP and VisualBasic programming environment. AutoDESK Plant 3D is a totally new application, its trial version had already persuaded us. The software was launched at the end of 2010, we have used the trial version to design smaller facilities. We are planning its introduction when we change our software in the beginning of 2011.

RewardsCertificates

HUNGRANA Kft. P3000 projectDesigner quality awardBetween 2005 and 2007 HUNGRANA KFT. doubled its manufacturing capacity (1500 t/day) to 3000t/day. Practically the capacity of all their plants was doubled, and in all their technology plants they chose us as general designers (technology-engineering, architectural, electric – control engineering technology). The total staff of our offices was designing these plants for approximately 18 months. We prepared the permission and final construction drawings from the Basic Engineering plans of Hungrana and foreign companies. We planned all the technology processes from the arrival of corn to the end of iso-sugar production, bio-ethanol technology, bio-sugar manufacturing.

BorsodChem Zrt. TDI plantMedal of excellenceWe were awarded for the engineering-technology design work for the TDI plant capacity extension. The manufacturing design of approximately 50 per cent of the equipment was made by us. We compiled authority permission documentations about the various technology blocks. We prepared the implementation plans of the crystallization plant and D zone tank park.From 2000 each year we performed design work for BorsodChem Zrt. in approximately ~1500 engineer days.

Kovács Zoltánmanaging director

„Quality assurance policy statementThe owners of NITROTERV Kft. are convinced that the most important condition to the long-term, successful operation

of the company is the satisfaction of our clients.Work performed on time and in excellent quality is the guarantee of the client's trust.

In order to achieve this, we have introduced a quality management system according to the MSZ EN ISO 9001:2009 standard, and I also declared the quality assurance policy of our company:

»QUALITY IS OUR STRENGTH!«This means for me and each of us at the company (employees and approved suppliers) that we perform our job on a

top technical level, with care and consciousness, trying to do our best, in a fair and honest manner.We are committed to first-rate quality work, and towards the continuous increase of the efficiency of the quality

management system and the constant improvement of quality assurance.For this purpose we set goals which can be assessed, regularly perform their assessment, thus verifying the constant

improvement of the satisfaction of our clients and the efficiency of the quality management system.In our activities we always take into consideration the needs and expectations of our customers, while we constantly

stick to our strict professional and quality standards.Our company strives to deliver work we can always be proud of.”

TVK Rt. Olefin-2 projectCertificate of excellenceOur office contributed to the implementation of the TVK Rt. Olefin-2 project with the widest range of its activities. We were present from the initial planning of the facility until the full delivery and putting into operation. (2002-2005)We served our client with the following engineering work:ź Planning unique equipment (heat exchangers, columns)ź Equipment checks, inspectionsź Preparing pressure circle documentations (~1550 volumes)ź Compilation of the takeover and delivery documentation of the plant In the complete planning period we provided 4000 engineer days performance for TVK Rt. The highest number of engineers working on the project at the same time was 32 persons.

References

The outstandingly innovative activities of Nitroterv Kft. is the 3D modelling of existing industrial facilities based on laser scan technology measurements. We have been doing this for Audi Hungaria Motor Kft. Gyártervezés (Plant design) in Győr since 2007, in cooperation with the HLS group staff. We use FARO Scene to process the scanned files, while the 3D modelling takes place in the Bentley MicroStation system, with the modules of the TRICAD MS software, based on the current HLS regulations of the Volkswagen concern.Recently we have participated in the following projects. (The number of engineer days performed shall be indicated for each year).

2007ź Audi AG – Standort Brüssel – Lackierereiź Audi AG – Standort Brüssel – Lackiererei, Penthausź VW PKW – Standort Emden – Halle 2, FT-Ebene(~350 engineer days)

2008

ź AHM Győr, Medienversorgung für Motorenfertigungź VW Slovakia – Standort Bratislava – Halle 3 Fahrzeugmontage, Stahlkonstruktionen und Lüftungstechnikź Audi AG – Standort Brüssel, Lackierereiź Seat – Standort Martorell – Halle 1, Stahlkonstruktionenź VW PKW – Standort Emden – Halle 1, Stahlkonstruktionen und Lüftungstechnikź VW AG – Standort Braunschweig – Halle 5 Komponentenfertigung, Stahlkonstruktionen und Lüftungstechnik(~1200 engineer days)

2009

ź AHM Győr, Medienversorgung für Motorenfertigungź VW PKW – Standort Emden – Halle 3 und 4 Karosseriebau und Halle 7 Fahrzeugmontage, Stahlkonstruktionen in Halle und FT-Bereich und

Lüftungstechnikź VW Sachsen – Standort Zwickau – Halle 6 Montage, Stahlkonstruktionen und Bühnenź VW AG – Standort Wolfsburg – Halle 4 HG, Stahlkonstruktionen und Lüftungstechnik(~1650 engineer days)

2010ź AHM Győr, Medienversorgung für Motorenfertigungź VW AG – Standort Wolfsburg – Halle 3, Stahlkonstruktionen (FT– und HG–Ebene)ź VW AG – Standort Wolfsburg – Halle 3A, Stahlkonstruktion und allgemeine Gebäudestrukturź VW AG – Standort Wolfsburg – Halle 3HG, TGA Medienleitungenź VW PKW – Standort Emden – Halle 17 Lackiererei, allgemeine Stahlkonstruktionenź Seat – Standort Martorell, FT Erweiterung SA–253 – Fördertechnik und Stahlkonstruktionen inkl. Fangschutz(~1650 mérnöknap)

Concerning the quality of the work done for Audi Hungaria Motor Kft and the competences and achievement of our staff, please inquire at Mr András Tóth on behalf of the Gyártervezés HLS group, on the following number: +36-96-66-3439.

References

źźźźźźź

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Spain, design of the La Bisbal water cleaning container– 2003ADROWPU-EU camp water cleaning equipment design – 2003Belchatow – Poland, design of a power plant water preparatory equipment – 2004Alginet – Spain, design of an industrial water preparatory equipment – 2004Tolnatej Rt., design of a plant sewage cleaning equipment – 2004Design of a ZW1000 pilot equipment – 2004Preparation of engineering project plan package for SSD water and sewage management equipment– 2005 Design of sewage plant membrane pool and accessories in Har Homa, Israel – 2005Engineering design of water cleaning plant in Tuzla, Bosnia-Herzegovina – 2005Turkmenistan, engineering design of the Turkmenbashi city water cleaning plant - 2008Engineering design of M44 type SSD sewage ultra-filtering equipment - 2008Design of the Invent Taneko project, Russia - 2009Compilation of the preliminary project plan package for NMP sewage processing – 2009

źof the ODCB and ANILIN storage tanks of the MDI plant – 2003

ź Vapour supply design for VCM and MDI– 2003ź Design of VCM plant DKE cracking furnace – 2004ź Design of the manufacturing and installation plan of Chlorine plant 2000m3 TK202D alkali

container – 2004ź Design of a Chlorine plant liquefying and vaporizator technology block – 2005ź Transformation of styrol extractor and storage system, compilation of project plan package

for the sale of methanol – 2005ź Compilation of engineering-technology project plan package for red sewage management

plant belonging to the DNT-II plant – 2007ź Compilation of engineering-technology and architectural project plan package for the TDI-

II-plant “D” zone tank park expansion – 2007ź Compilation of implementation permit project plan package for pressure holding

equipment and piping of the UMDI plant Capex-II/1-project – 2008ź Compilation of TDI plant sewage preliminary treatment water rights and hydrogen

peroxide tanks implementation permit project plan package.ź Compilation of the implementation permit project plan package of the TDI plant E3631

heat exchanger - 2008ź Compilation of the implementation permit project plan of the “B” zone and utility block in

the TDI-II plant, and defining the danger zones of explosions - 2008ź Compilation of the project plan package of the 18 heat exchangers and 1 column for the

HCl plant of BorsodChem Zrt. - 2008ź Design of the transformation of the DKE tank park of the VCM plant - 2009ź Updating the assembly plan of the HF301A/B furnaces of the VCM plant based on current

standards - 2009ź Compilation of the modified permit plan project documentation for the TDI plant “D” zone

Isocyanite tank park - 2010ź Compilation of the implementation permit project plan package for the TDI-II plant “B”

zone and preparation of the modifications of Rb zone categories - 2010ź Red sewage organic material disposal for the TDI-II plant water rights implementation

permit plan project package - 2010

Compilation of the manufacturing permission and implementation design documentation

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Performance of inspection tasks related to Olefin-II plant equipment on the site of the manufacturers – 2003Design of Olefin-II plant pressure circles – 2003Compilation of delivery project plan package for the Olefin-II plant – 2004Compilation of plans necessary for the renovation of Olefin-I plant tanks, cracking furnaces and heat exploitation furnaces – 2005Renovation of the gas branch connecting piping of the Olefin-I plant T5602 column and the E5605A/B heat exchangers, contractor – 2006Compilation of the implementation, realisation, archiving project plan package for the Olefin-I plant Low polymer extractor, storage and feeding system– 2006Compilation of a study plan for the use of extra methane developed in the Olefin-II plant – 2007Compilation of a project plan package for the renovation of the Olefin-I plant F8001furnace – 2008Design of the change of the Olefin-I plant decarbonizator pipe and design of a D1022 equipment – 2008Design and obtaining permit for the Olefin-I plant KTI oil circle - 2008Design and obtaining permit for the Olefin-I plant D1701 equipment- 2008Compilation of the water right permit project plan package for the dehydrating system for the Olefin-I plant tank park - 2009Regaining Olefin-I plant carbo-hydrogen gases on the railway filler-extractor, propylene regain, compilation of Basic Engineering project plan package - 2009Design of transformation of the Olefin-I plant, F1009 furnace beyond “plant borders” – 2010

Audi Hungaria Motor Kft. Borsodchem Zrt.

Zenon Europe Kft. (GE Power & Water)

TVK Nyrt.

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źźź

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Compilation of the engineering project plan package for the yeast, propagation and fermentation plant – 2005Compilation of explosion protection plan package for bio ethanol plant– 2006Compilation of the permit project plan package for the fermenting plant – 2006Compilation of the permit and project plan, engineering-technology project plan and the electric-instrumental project plan package for the GAC plant construction – 2006Compilation of the permit and project plan, engineering-technology project plan and the electric-instrumental project plan package for the expansion of the sugar plant – 2006Preparation of the fire protection supervision of the gluten filtering-drying block equipment in accordance with ATEX directives – 2006Design of the modification of the recycling cooling water network, and the adjustment of the new cooling tower into the system– 2006Compilation of the construction permit and project plan, engineering-technology project plan and the electric-instrumental project plan package for the bio-ethanol plant – 2007Performing technical inspection works for the implementation of newly installed industrial tracks – 2008Compilation of implementation permit project plan package necessary for the modification of the Bioetanol-I. and Bioetanol-II. plants - 2009Design of E85 fuel storage capacity - 2009Compilation of the permit project plan package for the biomass-combustion steam producing system - 2009Compilation of a HAZOP study concerning 3 feed dryer plants - 2009Design of the extension of the alcohol feeder – 2010

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Compilation of the project plan package for the Kelenföld Power Plant expansion DN1600 cooling water pipe – 2004Russia, Moscow City Power Plant, compilation of the project plan package – 2006Italy, Modugno Gas Turbine, compilation of the project plan package – 2007Russia, Moscow, Tereshkovo/Kojuhovo Power Station, design of a support structure for a cooling tower – 2007Romania, Craiova II. power plant compilation of the engineering basic and project plan package - 2008Romania, Isalnita power plant compilation of the engineering basic and project plan package - 2008Romania, Rovinari power plant compilation of the engineering basic and project plan package – 2009Romania, Turceni power plant compilation of the engineering basic and project plan package - 2009Russia, Sochi, design of a support structure for a cooling tower – 2010

Hungrana Kft. (Agrana group)

GEA-EGI Energiagazdálkodási Zrt.

References

Alstom Power Hungária Zrt. Huntsman Corporation Hungary Vegyipari Termelő - Fejlesztő Zrt.BC-Erőmű Kft. IGN Zrt.Brenntag Hungária Kft. Kraftszer Kft.Chemark Kft. Linde GmbH.DKG-EAST Zrt. MOL Nyrt.DOW Hungary Kft. Nostra Cement Kft. (Strabag)Duna-Dráva Cement Kft. Nitrogénművek Zrt.Emerson Process Management Kft. Rockwool Hungary Kft.ETV-Erőterv Zrt. SVG-2000 Vegyipari Gépgyár Kft.Harcon Zrt. TIGÉP Kft.Fűzfői Hulladékégető Kft. Transelektro Zrt.Gönczi és Fia Kft. Uhde GmbH.Heraklith GmbH. VIDRA Környezetgazdálkodási Kft.Vegyépszer Zrt.

Further partners:

źź Biogáz üzem, utófermentor telepítéséhez létesítési engedélyezési tervdokumentáció

készítése - 2009ź Biogáz üzem, 3-as számú fermentor telepítéséhez létesítési engedélyezési

tervdokumentáció készítése - 2009ź Biogáz üzem, utófermentor telepítéséhez szükséges kiviteli tervdokumentáció készítése

- 2009

••

•

•

Szeletprés beépítésének tervezése a meglévő szeletprés állomásba - 2009

•

•

•

Magyar Cukor Zrt. (Agrana csoport)

PetrolszolgKarbantartó és Szolgáltató Kft.ź

ź

ź

TVK Rt., Inter-plant piping network assessment, compilation of database and documentation - 2006MOL Nyrt., DUFI HDS plant O403 pipe furnace convection zone reconstruction, engineering plan package - 2009MOL Nyrt., compilation of the reconstruction plan of the DUFI MSA plant V1 end gas burner - 2010