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Skip Navigation LinksR K Energy Engineering>Projects>CHP and IPP Projects

CHP and IPP Projects
  • Massachusetts, USA – 1,380 MW coal fired IPP at partially built and abandoned nuclear plant – detailed site and transmission investigation, fuel supply evaluation, detailed economic and technical modeling.
  • Ontario, Canada – Existing 180 MW coal-fired CHP plant for food manufacturing plant – detailed technical and economic analysis, due diligence and negotiation during acquisition.
  • Ontario, Canada – 55 MW culm (waste anthracite) CHP plant – modeling, valuation and proposal preparation for acquisition of existing plant.
  • Ontario, Canada – 150 MW heavy oil fired CHP project for planned oil refinery – detailed site assessment and evaluation, equipment selection, technical and economic modeling.
  • Ontario, Canada – 75 MW HFO fueled grid isolated plant – complete development including equipment selection, economic modeling and contract negotiations with Government and utility.
  • Kentucky, USA – 120 MW and 80 MW (2 projects) No. 2 Oil proposed plants to serve local municipalities – preliminary plant design, equipment selection, modeling, proposal preparation and negotiations.
  • Liberia – 180 MW HFO fueled reciprocating engine plant – initial development, economic modeling, preliminary design and extensive discussions with Government and utility.
  • Alberta, Canada - $52 million, 35 MW oil refinery off-gas fired CHP project – complete detailed technical and economic study, load flow and interconnection analysis, vendor selection and preliminary engineering.
  • Ontario, Canada – 60 MW refinery off-gas fired CHP plant – detailed economic and technical evaluation.
  • Illinois, USA - 850 MW gas fired combined cycle IPP merchant plant – Interconnection analysis and filing, schedule preparation, economic modeling
  • Brazil - numerous detailed technical and economic studies on $8 – 35 million 5 – 45 MW CHP projects for commercial and industrial customers utilizing reciprocating engines and combustion turbines
  • Florida, USA - 50 MW combined cycle, 32,000 ton absorption chiller and 145,000 lb/hr steam load CHP plant for major hospital – detailed technical and economic evaluation, modeling, equipment selection and preliminary engineering
  • Florida, USA – Existing 8 MW, two steam turbine CHP plant – evaluation of plant and long-term viability of operations. Identification of potential purchasers. Preparation of RFP and negotiation with bidders>
  • Alabama, USA – 16.8 MW, 25,000 lb/hr CHP plant for manufacturing plant – detailed technical and economic evaluation
  • British Columbia, Canada – 170 MW natural gas combined cycle and bio-fuel (switch grass) fired CHP plant – detailed evaluation, cost estimating, preliminary design, and economic and technical feasibility study
  • Pennsylvania, USA – 600 kW, 4,000 lb/hr steam gas fired simple cycle combustion turbine CHP plant for cardboard box plant – complete technical and economic evaluation>
  • British Columbia, Canada – 27.0 MW, 110,000 lb/hr steam gas fired combined cycle CHP plant for paper mill – detailed technical and economic evaluation
  • Pennsylvania, USA – evaluation of multiple sites for CHP projects for major city as part of detailed energy study
  • California, USA – 180, 150 and 80 MW (3 projects) gas fired combined cycle – acquisition due diligence and economic modeling
  • Saskatchewan, Canada – 32 MW gas fired combined cycle – acquisition due diligence, proposal preparation, economic modeling and acquisition negotiation
  • Illinois, USA – 370 MW gas fired merchant plant – site identification and negotiation, preliminary design, technical and economic modeling
  • Northeast and mid-west USA – 300 to 750 MW (4 plants) gas fired combined cycle merchant plants - site feasibility screening and low flow studies
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