Intechno Ltd.

Steel structure and frame design, mechanical and equipment engineering, layout design, working tool design. AutoCad, MicroStation, PDMS and CADMATIC design.

Contact:
Mr. Rauno Schroderus
+358 400 411 844
rauno.schroderus@intechno.fi

Work history:

2013 TSSGroup/ Horizon Pulp and Paper Ltd-Kehra, Estonia

2012- Nicico Iran/ Outotec 440tn/h grinding plant, basic 3d design

2012- Vesirakentajat/ Makkarakoski Hydro Power Plant 230 kWe Pori Finland

2011- Porvoon Energia; ÅF-Consult 12 MW/e 38 MW/th, 15,2kg/s, 480degC, 62 bar(a) Bio fuel burning plant implementation design and coordinating civil, HVAC, electric and arcitect design.

2010-2011 Oulun Energia / ÅF-Consult Waste to energy 120 000 tn/annual burning plant implementation design 3D

2009 Blast furnace gas 35 MWe powerplant predesign; ÅF-Consult / Ovako Steel Finland

2008-2010 46MWe/80Mwt Bio fuel implementation 3D-design/ ÅF Consult / Kuopion Energia Finland

2008 DH piping design; ÅF Consult / Tornion Voima Finlad

2008 Biofuel burning powerplant 25 MWe/52 MWt; implementation 3D-design; ÅF-Consult/Fortum Tarto Estonia

2008 Biofuel burning powerplant 36 MWe predesign; Pöyry/Stora-Enso Ostroleka Poland

2008 Biofuel burning powerplant implementation design; Pöyry/UPM Caledonia paper UK

2007 Coal and biofuel burning 45 MWe powerplant predesign; Swecopic/ Opatovice Tsheck Rebuplic

2007 Ore condentrate plant 3d- plant basicdesign; Outotec / Hellas Gold Greese

Pöyry (former Electrowatt-Ekono) Experience
Mr. Schroderus joined Ekono Energy Ltd (today Pöyry Energy Oy) in 1993 as a Layout Designer in the Power Plant Department. Since September 1998 he has been working in the Plant Design Department of the Projects Services Division.
He has worked on the following main projects:

2006-2007 Energia S.p.A., Italy Modugno 800 MWe combined cycle power plant implementation project; two HRSGs, two gas turbines, one steam turbine. Layout design supervisor

2006-2007 Stora Enso Oyj, Heinola Fluting Mill, Finland HEVI 2008 Project; two boilers, flue gas treatment, heat recovery, green liquor deposit treatment, electrostatic precipitators for a recovery boiler and primary boiler 2. Responsible for plant design

2005-2006 UPM Kymmene, France établissement Chapelle Darblay, Rouen, France Biofuel BFB boiler plant 85 MWth, back-pressure steam turbine plant 20 MWe. New fuel handling system, auxiliary systems. Chapelle Chapio Project: Plant implementation engineering: Coordination of architectural, HVAC, structural and piping design and coordination of PDMS modelling.

2005-2006 UPM-Kymmene (UK) Ltd, Shotton Paper, Wales Biofuel BFB boiler plant 85 MWth, back-pressure steam turbine plant 20 MWe. New fuel handling system, auxiliary systems. Shotton Phoenix Project: Plant implementation engineering: Coordination of architectural, HVAC, structural and piping design and coordination of PDMS modelling.

2002-2004 Foster Wheeler Energia Oy, Shannonbridge, Ireland West Offaly Power 150 MW peat-fired extraction condensing power plant Plant implementation engineering: Coordination of architectural, HVAC, structural and piping design and coordination of PDMS modelling. Turbine delivery: coordination by Fuji, Japan

2002-2003 Foster Wheeler Energia Oy, Lanesborough, Ireland Lough Ree Power 100 MW peat-fired extraction condensing power plant Plant implementation engineering: Coordination of architectural, HVAC, structural and piping design and coordination of PDMS modelling. Turbine delivery: coordination by Fuji, Japan

2001 Foster Wheeler Energia Oy, Electricity Supply Board, Ireland Shannonbridge (West Offaly Power) 150 MW peat-fired condensing power plant layout pre-engineering

2001 Foster Wheeler Energia Oy, Electricity Supply Board, Ireland Lanesborough (Lough Ree Power) 100 MW peat-fired condensing power plant layout pre-engineering 2000-2002 Jämsänkosken Voima Oy, (UPM-Kymmene), Finland 50 MWe industrial power plant with a fluidized bed boiler. Fuels: milled peat, sawdust, wood waste, bark, sludge, REF. Layout design

2000-2002 Salmi Voima Oy, Iisalmi, Finland 15 MWe/ 30 MWth district heating steam turbine plant with fluidised bed boiler. Fuels: milled peat, sawdust, wood waste, bark, REF. Layout design 1999-2000 Air Liquide, Rouen, France Industrial combined cycle power plant, 2x50 MWe + 15 MWe. Layout design

1999-2000 Kymenso Oy, Anjalankoski Clean Environment 2000 Project, Finland Natural-gas-fired combined-cycle power plant, 73 MWe/80 bar - 47 kg/s of HP steam + 1.5 bar-15 kg/s LP steam, max. 109 MWe

1999-2000 Tampere Power Utility, Naistenlahti power plant, Tampere, Finland Gas combined-cycle power plant, Frame 6Fa implementation, layout design, one-pressure boiler 90 bar/48 kg/s. Max. supplementary firing 76.5 MWe/42.6 MWe + 124 MW of district heat and without supplementary firing 76.5 MWe/25.3 MWe + 94 MW of district heat

1998 Enso-Yhteispalvelut Oy, Anjalankoski, Finland Natural-gas-fired combined-cycle and solid-fuel-fired boiler plant. Pre-engineering, layout design

1998 Myllykoski Oy, Finland Natural-gas-fired combined-cycle and solid-fuel-fired boiler plant. Pre-engineering, layout design

1998 Hylte bruk 2, Sweden Boiler innovation

1997 Espoon Sähkö Oy, Power Company, Finland Natural-gas-fired combined-cycle power plant in Vermo. Pre-engineering, layout design

1997 Kymppivoima Oy, Helsinki, Finland Natural-gas-fired combined-cycle power plant. Pre-engineering, layout design

1997 Rautaruukki Oy, Finland Natural-gas-fired combined-cycle power plant. Pre-engineering, layout design

1997 Enso Oy, Anjalankoski, Finland Gas turbine replacement, layout 1997 PVO-Lämpövoima Oy, Mussalo Power Plant, Kotka, Finland Coal-fired combined-cycle power plant, pre-engineering, layout updating

1996-97 Neste Oy, Kilpilahti, Finland Implementation of a 70 MWe natural-gas-fired combined-cycle power plant, layout design. The plant also produces 30/50 kg/s of 105 bar process steam (with supplementary firing)

1996 Tha Toom, National Power Supply Co, Thailand Pre-engineering for 2 x 150 MWe coal and biofuel-fired power plants, layout

1995-96 Enso Española S.A., Barcelona, Spain Natural-gas-fired combined-cycle power plant with an output of 51 MWe, 25 MWt. Layout design

1995-96 Nokian Lämpövoima Oy, Nokia, Finland 75 MWe natural-gas combined-cycle power plant (GT 45 MWe and ST 30 MWe, and 11.2 MW of district heat). Layout design

1995 Korean District Heating Engineering Co. (KDHEC), Seoul, Republic of Korea Chong Ju CHP, oil-fired boiler plant. Layout design

1995 Metsä-Serla Paper and Board Ltd, Kirkniemi, Finland K3 auxiliary boiler 50 MWt. Layout design

1994 Korean District Heating Engineering Co. (KDHEC), Seoul, Republic of Korea Suwon CHP, 40 MWe, heavy fuel oil fired boiler plant 1 x 150 Tn/h CHP, 2 x 200 Tn/h HOB. Layout design

1994 Korean District Heating Engineering Co. (KDHEC), Seoul, Republic of Korea Taegu Talso Total Energy Supply project. Pre-engineering for a 80/83 MW oil-fired power plant. Layout design

1993-94 Rovaniemi Energy Utility, Finland 30/60 MW peat-fired power plant. Layout design

1993 Public Establishment of Electricity (PEE), Syrian Arab Republic Jandar Combined Cycle Power Plant, 700 MWe, Document control layout drawings

1993 Porin Lämpövoima Oy (thermal power company), Pori, Finland Boiler modernization; Layout design

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