The services provided by Scandinavian Project Engineering AB, is represented by cooperating partners and employees who worked in described projects according to below reference lists.
Engineering Projects by Holm Energikonsult AB & SST India
Item | Client & Project | Nature of work |
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Nuclear Power Plants | ||
1 | Power uprate project for Nuclear Power Plant- Oskarshamn 2 Sweden. SiPLEX Project for client Siemens Industrial Turbomachinery AB / Finspång Sweden. |
Holm Energikonsult AB Coordination work regarding both requalification and structural verification. This work covers the areas of development of dynamic load reports, Piping analysis, pipe supports and welding plate calculations. Also production of piping system life time reports for Erosion corrosion/ FAC impact. |
SST India Calculation work regarding Structural Verification analysis of piping systems including piping supports and production of calculation reports. |
Engineering Projects by Holm Energikonsult AB & Thomas Holm
Item | Client & Project | Nature of work | |||
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Nuclear Power Plants | |||||
1 | Power uprate project for Nuclear Power Plant-Oskarshamn 3 Sweden. Project PULS, Alstom Power Sweden AB / Norrköping. |
Holm Energikonsult AB Engineering work to close various types of the so-called ”Punch Items” belonging to warranty issues. |
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2 | Power uprate project for Nuclear Power Plant-Ringhals 4 Sweden. Project TURBO, Alstom Power Sweden AB / Norrköping. |
Holm Energikonsult AB Engineering work with requalification / reclassification reports of reused mechanical equipment including analyze of cooling water systems. The work includes engineering studies, and the procurement and coordination with calculation companies. Also Technical coordination of the calculation work ”structural verification”. |
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3 | Project for Nuclear Power Plant-Forsmark 2 Sweden. Project Name HTRVF2 Alstom Power Sweden AB / Norrköping. |
Holm Energikonsult AB Technical Coordination work regarding the change of 8pcs Turbine Valves in Forsmark 2. Where the valves were moved, from Ringhals 4 in connection with the power upgrade, and was adapted for Forsmark 2 because of vibration problems in the old valves. |
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4 | Power uprate project for Nuclear Power Plant-Oskarshamn 3 Sweden. Project PULS, Alstom Power Sweden AB / Norrköping. |
Holm Energikonsult AB Commissioning Management for the commissioning of the turbine plant auxiliary systems (BoP) Including identification and implementation of tests. Time & resource planning, development of test documentation, supervision and Site test management. |
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5 | Power uprate project for Nuclear Power Plant-Ringhals 3&4 Sweden. Project GREAT, Alstom Power Sweden AB / Norrköping. |
Thomas Holm during employment at ÅF Sub Project Management / Technical responsibility for the Steam turbine mechanical auxiliary systems. The technical responsibility includes both requalification / reclassification of recycled mechanical equipment and mechanical process system design with procurement of new equipment. Also production of Mechanical Design Prerequisites (KFM) and Procurement & coordination with the calculation companies, in connection with the calculation work called ”structural verification”. |
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Conventional Heat and Power Plants | |||||
1 | Tendering project for ÅF Process Linköping Sweden, regarding boiler and auxiliary systems in Mjölby- Svartådalen, Sweden. | Thomas Holm during employment at ÅF Turnkey contract, tendering work for redesign of the boiler, pipes, pump circuit, heat exchangers, electrical, instrumentation and control systems. |
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2 | Delivery Project Riga, Latvia. Gas and Steam Turbine Combined Cycle. Supplied by Siemens Industrial Turbomachinery AB / Finspång Sweden. |
Thomas Holm during employment at Siemens Project Engineer with responsibility of Heat water boilers and auxiliary Fuel and Water systems. |
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3 | Tendering project for Siemens Industrial Turbomachinery AB / Finspång Sweden. Regarding Project for Riga, Latvia. Gas and Steam Turbine Combined Cycle. |
Thomas Holm during employment at Siemens Technical sales support and Quotation work for Balance of Plant ”BoP” mechanical / process systems. |
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4 | Internal Development and Standardizing project for Alstom Power / Finspång Sweden. Project Standard Reference Plant for Gas and Steam Turbine Combined Cycle. |
Thomas Holm during employment at Alstom Manager for the mechanical / process systems development regarding standardization of Gas and Steam Turbine Combined Cycle power plant. |
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5 | Delivery Project BorsodChem in Hungary. Co-generation plant . Supplied by Alstom Power/ Finspång Sweden. |
Thomas Holm during employment at Alstom Manager for the mechanical / process systems incl. boiler, fuel oil, compressed air, cooling water, steam systems, etc. |
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6 | PFBC plant. Service Project Cottbus in Germany. Supplied by ABB Carbon AB Finspång Sweden. |
Thomas Holm during employment at ABB Carbon Project manager in mechanical / process systems. |
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7 | Industrial Turbine Plant in Eskilstuna Sweden. Supplied by ABB STAL Finspång Sweden. |
Thomas Holm during employment at ABB Carbon/STAL Technical support regarding procurement of auxiliary equipment to an industrial steam turbine. |
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8 | PFBC-Boilers. Service Project Värtan Plant in Stockholm. Supplied by ABB Carbon Finspång Sweden. |
Thomas Holm during employment at ABB Carbon Coordination of chemical boiler tube cleaning (pickling) in connection with a number of exchanges of the boiler tube bundle. |
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9 | PFBC plant. Delivery Project Cottbus in Germany. Supplied by ABB Carbon Finspång Sweden. |
Thomas Holm during employment at ABB Carbon Process System Engineer with responsibilities in the steam / water systems. |
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10 | Internal Development and Test project for ABB Carbon Finspång Sweden. | Thomas Holm during employment at ABB Carbon Operator at test facility for pressurized fluidized bed (FPBC-Boiler) both component test facility (CTF) and fuel performance test facility (PTF). Finspång Sweden. |
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11 | Gas and Steam Turbine Combined Cycle in Karlskoga Sweden. Supplied by ABB STAL Finspång Sweden. |
Thomas Holm during employment at ABB STAL Commissioning Engineer for Gas Turbine . |
Engineering Projects by SST India
Item | Client & Project | Nature of work |
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Nuclear Power Plants | ||
1 | Bhabha Atomic Research Center – Reactor Engineering Division, Mumbai, India | 2D design consisting of updating P&ID & 3D design consisting of civil & structures, equipment and piping for the Reactor Building (RB) and generation of drawings from 3D model for the complete RB of Advanced Heavy Water Reactor (AHWR) project |
2 | Bhabha Atomic Research Center – Backend Technology Division, Mumbai, India | 3D design of systems including piping for process, service and instrumentation lines, internal structures and equipment for ILBAY project |
3 | Bhabha Atomic Research Center – Heavy Water Plant, Mumbai, India | 3D design of systems including piping with cladding, internal structures and equipment. |
4 | Bhabha Atomic Research Center – Heavy Water Plant, Mumbai, India | Piping analysis, selection of support types & location and support drawings as per B31.3 (2002) for Outcell piping systems. Piping analysis, selection of support types & location and support drawings as per ASME Section III Class 3 for Incell piping systems. |
5 | Indira Gandhi Center for Atomic Research, Kalpakkam, India | 3D design work including piping and equipment for 500 MW Prototype Fast Breeder Reactor (PFBR) power project. |
6 | Madras Atomic Power Project, Chennai, India | Piping analysis and seismic qualification of Class 2 / Class 3 piping systems |
7 | Nuclear Power Corporation, Mumbai, India – 2×700 MWe Nuclear Power Station | Preparation of Intelligent P&IDs and 3D design of equipment, piping, structures, cable trays, ducting, supports and foundations and generation of 2D drawings from 3D model and application of our INFOplant system on this “green-field” project. |
8 | Nuclear Power Corporation, Mumbai, India – 2×700 MWe Nuclear Power Station | Fine tuning piping layout and selection and location of pipe supports and embedded parts (EPs) for pipelines, based on first-level pipe stress analyses for operating and seismic loads. |
9 | Nuclear Power Corporation, Mumbai, India – TAPP 4 Atomic Power Plant | 3D design of 540 MWe reactor building 4 consisting of civil & structures, equipment, piping and ventilation ducting systems. |
10 | Nuclear Power Corporation, Mumbai, India – Kaiga 3&4 Atomic Power Plant | Design including 3D modeling of equipment, piping & structures of Turbine-Generator area in Kaiga- 3&4. Check, report and rectify all clashes. |
11 | Nuclear Power Corporation, Mumbai, India – Tarapur 3&4 Atomic Power Plant | 3D design of N-Vault room for 540 MWe TAPP 4. Build and verify through 3-D design – civil, structures, equipment and piping systems. Check, report and rectify all clashes. |
Fossil Fuel Power Plants | ||
1 | TOSHIBA Plant Systems & Services, Hyderabad, India – LANCO Kondapalli CCPP 2 & 3 | Piping detailed design, pipe stress analysis, support detailing and generation of drawings for three units of a combined cycle power plant. |
2 | Toshiba Thermal & Hydro Power Systems, New Delhi, India – Kashipur CCPP Phase 1 | Piping detailed design, pipe stress analysis, support detailing and generation of drawings for 225 MW Gas based combined cycle power plant. |
3 | Alstom Power, New Delhi, India | 3D design of plant layout and piping systems for a fossil power plant. |
4 | Associated Power Team, Hyderabad, India – Bhushan Steel |
Steam Turbine Area – 3D design, pipe stress analysis, piping layout and generation of piping support drawings & isometrics. |
5 | Associated Power Team Ltd., Hyderabad, India – Pan African Paper Project | Steam Turbine Area – 3D design and piping layout and generation of isometrics. |
6 | Associated Power Team Ltd., Hyderabad, India – Orissa Sponge Iron Ltd | Steam Turbine Area – 3D design, pipe stress analysis, piping layout and generation of piping support drawings & isometrics. |
7 | Associated Power Team, Hyderabad, India – Usha Martin Project | Steam Turbine Area – 3D design, pipe stress analysis, piping layout and generation of piping support drawings & isometrics. |
8 | BHEL Haridwar, India | 3D Plant Design Software Customization (over 20 man-months) & 3D Design of Electrical Equipment. Piping layout design in 3D, for Integral Piping System for 250MW & 500 MW Steam Turbines. |
9 | BHEL Piping Center, Chennai, India | 3D Plant Design Software Customization (over 35 man-months) and 3D Design of Rihand power station high-energy lines to generate Fabrication Isometrics in BHEL’s format. |
10 | BHEL, Trichy, India | 3D Plant Design Software Customization and 3D Design of Fossil Boilers for 220 MW and 500 MW Power Plants |
11 | BHEL Ramachandrapuram, Hyderabad, India | Performed 3D design of equipment, structures and piping, pipe stress analysis, pipe support detailing and generation of GA drawings, isometrics and Bill of Materials for the Steam Turbine / Gas Turbine / Boiler Feed Pump / Gas Booster Compressor areas of 180+ captive / combined cycle / fossil power plant projects. Also performed 3D Plant Design Software Customization (over 60 man-months) to meet BHEL’s design standards and procedures. |
12 | BHEL Project Engineering Management, New Delhi, India | Performed 3D design of equipment, piping and structures and generation of GA drawings, isometrics and bill of materials for 40+ captive / combined cycle / large scale fossil power projects. Also performed 3D Plant Design Software Customization (over 270 man-months) to meet BHEL’s design standards and procedures. |
13 | BHEL Transmission Business Group, New Delhi, India | Performed 3D Software Customization (over 30 man-months) to automate the design and layout of Substations and to generate all required drawings and reports from the 3D models of Substations. |
14 | Godavari Engineering Ltd, India – GEI project. | Steam Turbine Area – 3D design and piping layout and generation of isometrics and bill of materials. |
15 | Mecal s.r.l., Madrid, Spain | Piping Analysis, Selection of Support types & location and Support drawings for piping systems of a Combined Cycle Power Plant. |
16 | M N Dastur & Company, Chennai, India – ONGC’s OPAL Dahej Project | Piping Design and Analysis for High Energy lines, 3D design for the complete plant, Pipe support detailing and generation of GA drawings, isometrics and reports from the 3D model for a 180 MWe Combined Cycle Power Plant. |
17 | Thermal Systems Pvt. Ltd., Hyderabad, India – Sreeram Energy Systems | Boiler Area – 3D design, pipe stress analysis, piping layout and support design and generation of isometrics and support drawings including BOMs. |
18 | Thermal Systems Pvt. Ltd., Hyderabad, India | Piping stress analysis and generation of isometrics with Bill of Materials for Godavari Ispat Project |
19 | Tata Consulting Engineers (TCE), Mumbai, India | 3D Plant Design Software Customization (over 25 man-months) to meet their design standards. |
Oil & Gas Plants | ||
1 | Engineers India Limited (EIL), Chennai, India | 3D design and extraction of drawings for:
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2 | Engineers India Limited (EIL), New Delhi, India | 3D Plant Design software customization (over 110 man-months) to meet EIL’s oil and gas industry standards and to automate 3D modeling of EIL’s pipe supports, generation of support drawings with BOMs and support markings on GA drawings and Isometrics. 3D design & extraction of drawings for ATU & SWS units of Mangalore Refinery & Petrochemicals Ltd. 3D design of North Shore Australian Salt project and extraction of drawings. |
3 | L&T (OGSP Division), Mumbai, India | 3D design for DHDS Unit of IOCL’s Mathura Refinery & proposed changes to avoid clashes. |
4 | Malaysia Shipyard and Engineering (MSE), Malaysia |
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5 | Sime SembCorp Engineering (SSE), Malaysia |
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6 | Techicas Reunidas, Madrid, Spain | Piping analyses and support selection for CSPC, Nanhai Petrochemical Plant in China. |
7 | Technip / FARC Italia, Rome, Italy | Piping analyses and support selection for Corinth Refinery expansion project in Greece. |
8 | Triune Projects Pvt. Ltd., New Delhi, India | 3D design and generation of GA drawings and isometrics for Offshore Oil Exploration Vessel / Platform in Angola, Western Africa. |
9 | Valdel Engineers & Constructors, Bangalore, India | 3D design and extraction of drawings for the CDSP area of Bina Refinery project of Bharat Oman Refineries Limited. |
10 | Valdel Engineers & Constructors, Bangalore, India – Wadi-latham Project for Occidental Petroleum, Oman | Design and engineering involving piping design, layout in 3D, piping analyses, pipe support design and generation of GA drawings, isometrics and MTO from 3D plant model for the Crude Stabilization unit. |
11 | ANVIL Corp., Bellingham, USA | Piping analysis, selection of support types & location and support markings on isometrics for Chevron Salt Lake City Refinery project. |
Process / Chemical Plants | ||
1 | Chemtex, Mumbai, India | Piping Analysis for a process plant in China. |
2 | De Smet Chemfood Engineering, Bangalore, India & Antwerp, Belgium |
Piping Analysis of steam lines including support selection and detailing for De Smet food processing plants worldwide. |
3 | Eka Chemicals, Sweden 105 TPD Integrated Chlorine dioxide plant in China | Routing of pipelines including selection and location of pipe supports and development of 3D (PDMS) model of the Tank Farm area and detailing of pipe supports. |
4 | Ershigs, Bellingham, Washington, USA | Pipe stress analyses for FRP piping systems for Tennessee Valley Authority (TVA), Generation of FRP piping spool drawings from Isometrics. |
5 | Indo-Berolina Industries Chematur (Engg & Consultancy) Ltd., Mumbai, India | Equipment modeling and layout, piping design and layout, pipe stress analysis and support detailing for Chematur Sweden’s Isocyanate project. |
6 | Keren Projects, Israel – Agan Biological Waste Water Treatment Plant | Development of piping layout drawings (plan and sections) and generation of isometrics (with BOM) involving 28 P&IDs (by Bayer Technologies) for a Tank farm area with over 500 pipelines of CS, SS and Polypropylene materials. |
7 | L&T, ECC, Chennai, India | 3D design and extraction of GA and isometric drawings for Hindustan Zinc Ltd. project. |
8 | Stebbins Chemipulp, Jenssen Inc., USA | 3D piping layout, piping analysis, pipe support design and preparation of support drawings for a SO2 plant of Saudi Arabian Oil Company (ARAMCO). |
9 | Thermal Systems Pvt. Ltd., Hyderabad, India – Dahej Smelter Plant | Waste heat recovery steam generator of a smelter plant- 3D design, piping flexibility analysis, piping layout and support design, generation of isometrics and support drawings including BOMs for piping and supports. |
10 | UHDE, Mumbai, India | 3D design for SAFCO-IV (Saudi Arabian Fertilizer Company). |