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Skip Navigation LinksR K Energy Engineering>Projects>Sustainable and Renewable Energy Projects

Sustainable and Renewable Energy Projects
Biomass
  • Ontario, Canada - 50 MW waste wood fired IPP plant – detailed design, cost estimating, economic and technical feasibility study, fuel studies and project development.
  • California, USA - 80 MW waste wood IPP plant – economic modeling and acquisition due diligence.
  • Ontario, Canada - 15 MW waste wood CHP plant – preliminary design and evaluation of economic and technical feasibility.
  • Brazil - 35 MW cashew nut hull fired IPP plant – preliminary design, fuel sourcing, modeling and proposal preparation.
  • Brazil - 65 MW bagasse (sugar cane waste) CHP plant for sugar processing facility - preliminary design and evaluation of economic and technical feasibility.
  • Quebec, Canada -120 MW waste wood IPP plant – preparation of proposal to sell power from existing plant, negotiation of power wheeling agreements through three utilities, economic modeling and negotiation of proposal with power purchaser.
  • British Columbia, Canada - 17 MW waste wood fired IPP plant – detailed due diligence including economic modeling, evaluation of all contracts, documents, fuel sourcing and O&M.
  • New Brunswick, Canada - 20 MW waste wood IPP plant – inspection and evaluation of plant equipment and economic modeling of an existing but shutdown plant for possible investment and re-start.
  • Nova Scotia -140 MW bio-fuel (switch grass) fired CHP plant – detailed evaluation, cost estimating, preliminary design, and economic and technical feasibility study.
  • Pennsylvania, New York and Massachusetts, USA - 120 to 500 MW windfarm projects – greenfield windfarm development of multiple sites including site identification, land negotiations and preliminary development
  • California, USA - 110 MW windfarm – acquisition due diligence of existing windfarm including contract review and economic modeling
  • British Columbia, Canada - 100 MW windfarm projects – market analysis including identification of primary wind plant development areas and developers
  • Prince Edward Island, Canada - 150 MW windfarm – initial evaluation of site suitability and economic evaluation
  • Pennsylvania, USA - 170 MW windfarm - initial evaluation of site suitability, including transmission interconnection
  • North Carolina, USA - 25 MW steam turbine based plant utilizing 1,200 – 2,000 Deg F waste heat – complete design of plant including all engineering, cost estimating and economic modeling
  • Tennessee, USA - 280 kW Organic Rankine Cycle plant utilizing waste heat from steel manufacturing – successful preparation of capital cost grant application.
  • Arizona, USA - 800 kW Organic Rankine Cycle plant utilizing waste heat from thermal oxidizer in electric arc furnace electrode manufacturing plant – successful preparation of capital cost grant application
  • Oklahoma, USA - 480 kW Organic Rankine Cycle plant utilizing waste heat from soil decontamination thermal oxidizer – detailed economic and technical evaluation
  • West Virginia, USA - 220 kW Organic Rankine Cycle plant utilizing waste heat from soil decontamination thermal oxidizer – successful preparation of capital cost grant application
  • New Hampshire, USA – 20.8 MW electric arc furnace heat recovery and steam turbine – preliminary design, equipment selection, and detail technical and economic evaluation
  • Alberta, Canada - 80 MW landfill gas and natural gas IPP peaking plant – preliminary plant design, cost estimating, economic and technical modeling and proposal preparation
  • Ontario, Canada - 5 to 25 MW existing landfill gas to pipeline gas plants – acquisition due diligence
  • New York, USA - 50 MW landfill gas CHP plant with greenhouse host – initial project identification, evaluation of project technical and economic viability
  • Kansas, USA - 20 to 20 MW plants (30 total) – identification of markets and power purchasers, proposal preparation and negotiation with power purchasers
  • Ontario, Canada - two 25MW IPP plants – purchaser identification and negotiation of Power Purchase Agreements
  • Rhode Island, USA - Preliminary design, economic evaluation and proposal preparation for a 3.5 MW cogeneration plant at existing landfill
  • Nevada, USA - 8 and 12 MW IPP plants – electrical interconnection design
  • Kuwait, Middle East - major infrastructure development project - preliminary analysis and review of Concentrating Solar Power (CSP) and Very Large Scale Photovoltaic (VLS-PV) options, costs, advantages and disadvantages for energy supply and desalination
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