Biopower Operations (BOPO) 0.1000 $BOPO BioPowe
Post# of 273330
Posted On: 07/06/2016 12:18:18 AM
Biopower Operations (BOPO) 0.1000 $BOPO
BioPower Operations Corporation's Subsidiary, Green3Power Is Awarded $458,525 Contract for Methane Gas Mitigation System in Florida
Marketwired - Tue Apr 19, 7:01AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower"
announced today that its wholly-owned subsidiary Green3Power Operations Inc. Waste Remediation Division ("G3P" and the "Company" has been awarded a waste remediation project for $458,525 to design and construct a methane gas mitigation system including soil preparation. G3P has begun work on the project and will be responsible for the design, procurement, and construction of the System.
BioPower Operations Corporation's Subsidiary, Green3Power Executes Agreement With St. Lucie County, Florida to Build a $175 Million Renewable Energy Facility on the St. Lucie County Landfill
Marketwired - Tue Aug 11, 7:31AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower" announced today that its wholly-owned subsidiary Green3Power Operations Inc. (G3P) through its subsidiary Green3Power St. Lucie LLC (the "Company" has executed an agreement to build, own and fund a $175 Million Renewable Energy Facility (REF) which will convert approximately 1,000 tons per day of municipal solid waste, green waste, construction and demolition waste and used tires into approximately 80,000 gallons per day of ultra-low sulfur synthetic green No. 2 diesel fuel. The facility will utilize G3P's exclusively licensed thermal gasification process to produce synthesis gas (a.k.a. as syngas) and then through the Fischer-Tropsch process produce diesel fuel. The Fisher-Tropsch process has been in use for over ninety years turning gases into diesel fuel. The REF will be built at the existing St. Lucie County Solid Waste Landfill Management Facility site. By diverting all of the incoming waste the REF will contribute extending the life of the landfill, reducing environmentally harmful greenhouse gas emissions and creating renewable energy from waste. G3P's strategic partner on the project is R.G. Vanderweil Engineers ("Vanderweil". G3P will have ownership in the facility and operate and maintain the facility for twenty years after it is funded.
BioPower Operations Corporation's Subsidiary Green3Power Wins Award to Build a $175 Million Renewable Energy Facility in St. Lucie County, Florida Using the G3P Gasification Technology
Marketwired - Tue Jun 30, 7:30AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower" or the "Company" announced today that its wholly-owned subsidiary Green3Power Operations Inc. (G3P) has won the award to build a $175 Million renewable energy facility which will convert waste into ultra-low sulfur synthetic green No. 2 diesel fuel using G3P's exclusively licensed gasification technology and the Fischer-Tropsch process which has been in use for ninety years turning gas into fuel. The facility will be built at the existing St. Lucie County Solid Waste Management Facility and extend the life of the landfill while reducing environmentally harmful greenhouse gas emissions.
BioPower Operations Corporation's Subsidiary, Green3Power Is Awarded $458,525 Contract for Methane Gas Mitigation System in Florida
Marketwired - Tue Apr 19, 7:01AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower"
announced today that its wholly-owned subsidiary Green3Power Operations Inc. Waste Remediation Division ("G3P" and the "Company" has been awarded a waste remediation project for $458,525 to design and construct a methane gas mitigation system including soil preparation. G3P has begun work on the project and will be responsible for the design, procurement, and construction of the System. BioPower Operations Corporation's Subsidiary, Green3Power Executes Agreement With St. Lucie County, Florida to Build a $175 Million Renewable Energy Facility on the St. Lucie County Landfill
Marketwired - Tue Aug 11, 7:31AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower"
announced today that its wholly-owned subsidiary Green3Power Operations Inc. (G3P) through its subsidiary Green3Power St. Lucie LLC (the "Company" has executed an agreement to build, own and fund a $175 Million Renewable Energy Facility (REF) which will convert approximately 1,000 tons per day of municipal solid waste, green waste, construction and demolition waste and used tires into approximately 80,000 gallons per day of ultra-low sulfur synthetic green No. 2 diesel fuel. The facility will utilize G3P's exclusively licensed thermal gasification process to produce synthesis gas (a.k.a. as syngas) and then through the Fischer-Tropsch process produce diesel fuel. The Fisher-Tropsch process has been in use for over ninety years turning gases into diesel fuel. The REF will be built at the existing St. Lucie County Solid Waste Landfill Management Facility site. By diverting all of the incoming waste the REF will contribute extending the life of the landfill, reducing environmentally harmful greenhouse gas emissions and creating renewable energy from waste. G3P's strategic partner on the project is R.G. Vanderweil Engineers ("Vanderweil". G3P will have ownership in the facility and operate and maintain the facility for twenty years after it is funded. BioPower Operations Corporation's Subsidiary Green3Power Wins Award to Build a $175 Million Renewable Energy Facility in St. Lucie County, Florida Using the G3P Gasification Technology
Marketwired - Tue Jun 30, 7:30AM CDT
BioPower Operations Corporation (OTCQB: BOPO) ("BioPower" or the "Company"
announced today that its wholly-owned subsidiary Green3Power Operations Inc. (G3P) has won the award to build a $175 Million renewable energy facility which will convert waste into ultra-low sulfur synthetic green No. 2 diesel fuel using G3P's exclusively licensed gasification technology and the Fischer-Tropsch process which has been in use for ninety years turning gas into fuel. The facility will be built at the existing St. Lucie County Solid Waste Management Facility and extend the life of the landfill while reducing environmentally harmful greenhouse gas emissions. 
(0)
(0)