Co-Generation

Anthony designs co-generation (Combined Heat and Power or CHP) and tri-generation systems to cover the heating, power, and cooling needs of industrial and commercial facilities. Our designs maximize building and facility energy efficiency and reduce and control the overall cost of electricity. Our team is experienced with the application of gas fired co-generation systems as well as microturbines and has designed systems to take facilities “off the grid” by using renewable energy systems.

Co-Generation offs energy savings when compared against the supply of electricity and heat from convention power stations and boilers. Anthony implements emerging technologies such as; micro-turbines, solar wall and solar roofing systems, solar thermal water heating, photovoltaic electrical generation, wind electrical generation and ground source heating technologies to design sustainable development on new facilities and for buildings undergoing major retrofits.

  • Assessments to determine if a co-gen system is economically feasible
  • Structural and electrical assessments
  • Preliminary design of a co-gen system
  • Detailed engineering design and drawings of a co-gen system required for applicable approvals from authorities having jurisdiction including equipment and technology specifications
  • Identify capital cost, life cycle operating costs, estimated savings, return on investment, and pay back periods associated with the installation of a co-gen system
  • Provide construction support during installation of the co-gen system

Co-Gen CCHP System – Large Data Centre

Anthony provided the power generation system design to accommodate 900 tons of cooling and 6 MW of electric power generation using natural gas micro-turbines and absorption chillers at a Data Centre located in Markham, Ontario. The Combined Cooling, Heat and Power (CCHP) system integrated multiple energy efficient technologies.

Hotel Beach Resorts & Spas

Anthony performed full EPC Turnkey system including energy analysis for three (3) locations to determine the electrical loads, thermal loads, cooling loads at the facility. Based on the investigation, performed full EPC Turnkey project  a Combined Cooling, Heat and Power (CCHP) design (to produce electricity and chilled water on site) will be the best solution in order to reduce electricity demand from the local utilities.

Partial Project List:

Industrial sector: Food Processors – Cogen system; Co-Gen  Plastic Producer – Energy Implementation Project; Convention Complex – CHP 250 kW Back Pressure Steam Turbine; Manufacturing Company – Heat Recovery System;  Die Casting Company  – Heat Recovery System; Waste to Energy Dynamotive –  Energy Bio-Oil Facilities

Educational Sector: Schools – CCHP System at Public School, Public School and Junior Public School

Residential Sector:  CHP systems at Condominiums and Condominiums; – Morningside Apartments GSHP System