List of Completed Projects

ICS is proud to present the following projects which have been done by ICS team or are under operation in ICS:

• Execution of the project for the modernization of natural gas burners to enable combustion of E gas in boilers No. 2, 3, and 4 at Energetyka Sp. z o.o., Legnica, Poland. Completion: completion: Q4 2025 – ICS278

• Analysis of the technological and economic feasibility of implementing and installing the Zero-Emission Technological Steam Generator, ENERGO-EFEKT Sp. z o.o., Poznan, Poland, completion: Q3 2025 – ICS298

• Development of the conceptual design for a multi-energy boiler house with a capacity of 5 t/h, Kosmepol Sp. z o.o., Kanie, Poland, completion: Q2 2025 – ICS268
• Delivery of a gas-oil burner adapted for the combustion of mine gas with a variable composition, PGNiG TERMIKA Energetyka Przemysłowa S.A., Jastrzebie Zdroj, Poland, completion: Q2 2025 – ICS282

• Delivery of a gas-oil burner adapted for the combustion of mine gas with a variable composition, PGNiG TERMIKA Energetyka Przemysłowa S.A., Jastrzebie Zdroj, Poland, completion: March 2025 – ICS279

• Feasibility analysis of the methane emission reduction and energy efficiency improvement project at the Grodzisk Wielkopolski Denitrification Plant, ORLEN S.A., Grodzisk Wielkopolski, Poland, commissioning: April 2024 – ICS192

• Modernization of boiler K2 at the EC-4 Department in Legnica, Energetyka Sp. z o.o., Legnica, Poland, commissioning: December 2023 – ICS238

• Design of the nitrogen oxides reduction (deNOx) system for 2 grate boilers, K1 and K2, Energetyka Sp. z o.o., Lubin, Poland, commissioning: March 2023 – ICS242

• Adaptation of the existing MPEC Włocławek heat source to emission standards exceeding the requirements of the IED Directive, MPEC Włocławek, Poland, commissioning: March 2022 – ICS185

• Modernization of the combustion system of steam boilers KP6 and KP7 at the EC3 Głogów department, Energetyka Sp. z o.o., Głogów, Poland, commissioning: December 2021 – ICS199

• Turnkey execution of the nitrogen oxides reduction system in flue gases for two WR-25 type boilers (No. K1 and K4), along with the unloading, storage, and distribution system for ammonia water, ZEC Sp. z o.o., Pabianice, Poland, commissioning: December 2021 – ICS200

• Design and supervision of installation and commissioning of the nitrogen oxides (NOx) reduction system in flue gases for boilers K1, K2, K3, K4, and K5 at the EC-2 Combined Heat and Power Plant Department in Polkowice, Energetyka Sp. z o.o., Polkowice, Poland, commissioning: July 2021 – ICS220

• Turnkey execution of the nitrogen oxides reduction system in flue gases for boiler No. K12 (WR25M type) and boiler No. K13 (WR25/12M type), PEC Pruszkow Sp. z o.o., Pruszkow, Poland, commissioning: January 2020 – ICS222

• Comprehensive execution of the nitrogen oxides reduction system in flue gases for the WR25 No. 4 boiler at the Main Heating Plant in PEC Suwalki, PEC Suwalki Sp. z o.o., Poland, commissioning: February 2019 – ICS197

• Modernization of the K4 boiler at the EC-4 Department in Legnica, Energetyka Sp. z o.o., Legnica, Poland, commissioning: August 2018 – ICS207

• Supply of a steam pressure reduction station for the HMG II steam dryer, Energetyka Sp. z o.o., Glogow, Poland, commissioning: March 2018 – ICS196

• Modernization of the K3 boiler at the EC-4 Department in Legnica, Energetyka Sp. z o.o., Legnica, Poland, commissioning: July 2017 – ICS190

• Modernization of the combustion system in the ORG32/80 No. 5 steam boiler at EC-3 Glogow Department, Energetyka Sp. z o.o., Glogow, Poland, commissioning: December 2014 – ICS131

• Technology and market implementation of synthetic and waste gas combustion using a technology based on the modified HiTAC volumetric combustion method, NCBiR, Poland, commissioning: October 2014 –ICS089

• CFD analysis of the combustion process in the ORG-32 No. 5 steam boiler, Energetyka Sp. z o.o., Glogow, Poland, commissioning: August 2013 – ICS104

• HTB-DL-WG, waste gas utilization (burning) system for steam boiler KP6, Energetyka Sp. z o.o., Glogow, Poland, commissioning: August 2013 – ICS103

• Conceptual design, steam superheater as well as steam reduction in debenzoiling and tar heating processes, ZARMEN/Coke Plant Czestochowa NOWA Sp. z o.o., Poland, realization: June 2013 – ICS118

• CFD analysis, combustion system, 152 MW, 300 t/h steel reheating furnace, walking beam type, SSAB Tunnplat AB, Borlange, Sweden, realization: June 2013 – ICS106

• 3D modelling and CFD analysis, laboratory furnace, Nippon Furnace Co., Ltd (NFK), Japan, realization: May 2013 – ICS116

• Feasibility study, gas boiler, combined heat and power plant, Europe, realization: March 2013 – ICS093

• Technical design, PKK steam boilers, Orion Engineered Carbons, Jaslo, Poland, realization: March 2013 – ICS092

• Technical design and deliveries, steam boiler with firing power rate 99 MW, fired by biomass and natural gas in Stalowa Wola Power Plant, Poland, planned commissioning: August 2012 – ICS053

• HTB-DL-WG, waste gas utilization (burning) system for steam boiler KP7, Energetyka Sp. z o.o., Glogow, Poland; commissioning: June 2012 – ICS072

• Technical design, piping of CO₂ firefighting installation for Energa Elektrownie Ostroleka S.A., delivery: May 2012 – ICS084

• Conceptual and technological design, two utilization boilers PKK type at Orion Engineered Carbons Sp. z o.o., Jaslo, Poland; delivery: January 2012 – ICS067

• Research and implementation project, boiler fired by 100% biomass fuel delivery: August 2011 – ICS056

• Delivery, nitrogen pressure tank delivery and taking over: July 2011 – ICS060

• HTB-DL, combustion system, 128.76 MW, SSAB Tunnplat AB, Borlange, Sweden
  300 t/h steel reheating furnace, walking beam type, commissioning July/August 2010 – ICS019

• HTB-DL-WG, waste gas utilization system, 41.1 MW, Energetyka Sp. z o.o., Glogow, Poland
  38 t/h steam boiler, ORG-32/80M type, commissioning 2010 – ICS007

• HTB-DL-WG, waste gas utilization system, 41.1 MW, Energetyka Sp. z o.o., Glogow, Poland
  38 t/h steam boiler, ORG-32/80M type, commissioning July 2009 – ICS002

• HTB-DL, combustion system, 128.76 MW, SSAB Tunnplat AB, Borlange, Sweden
  300 t/h steel reheating furnace, walking beam type, commissioning August 2008 – ICS003

• HRS-DL, combustion system, 9.25 MW, Ferrostal, Gliwice, Poland
  20 t/h steel reheating furnace, walking beam type, commissioning March 2008 – ICS001

• HTB-DL, combustion system, 62.65 MW, SSAB Tunnplat AB, Borlange, Sweden
  300 t/h steel reheating furnace, walking beam type, commissioning August 2006 – PL004*

• HRS-DL, combustion system, 11.6 MW, CORUS, Llanwern, United Kingdom
  300 t/h pusher furnace, commissioning April 2006 – PL003*

• HRS-U_x, combustion system, 0.22 MW, Poznan University of Technology, Poznan, Poland
  Laboratory test furnace, commissioning 2004 – PL018*

• HRS-RT, combustion system, 0.14 MW, CORUS, Ijmuiden, The Netherlands
  Laboratory test furnace, commissioning 2004 – PL001*

• HRS-RT, combustion system, 0.14 MW, Royal Institute of Technology, Stockholm, Sweden
  Laboratory test furnace, commissioning 2002 – SE002*

• HRS-DS, combustion system, 0.2 MW, Royal Institute of Technology, Stockholm, Sweden
  Laboratory test furnace, commissioning 2000 – SE001*

(*) – project was made by ICS team under the VTS AB and the VTS Poland AB name.