Visiting delegation review feasibility of Crossroads of America Industrial Park for waste-to-energy project: (L to R) a member of the Greene Co. Water Authority staff, Ralph Banks III, Treasurer of GCIDA, Rev. James Carter, GCIDA, Vincent Atkins, Greene County Water Authority, Mayor Louis Harper of Boligee, Dr. Ellsworth James, consultant to project, Dr. John Wu, Chairman, JMC Renewable Energy Systems, Dao Xian Feng, JMC Senior Boiler Engineer, Danny Cooper, Chair of GCIDA, Jian Tu, JMC Project Manager, Ying Hua Deng, Senior Electrical Engineer and Christopher Wu, Board Secretary for JMC.
A delegation of representatives from JMC Renewable Energy Solutions visited the Crossroads of America Industrial Park at Boligee in late December 2017, to review the feasibility of the Greene County Industrial Development Authority’s site for a potential industry. The delegation also met with GCIDA Board members, Mayor Harper of Boligee, the Greene County Water Authority and others to discuss the potential of this renewal energy project.
JMC Renewable Energy Solutions, Inc. specializes in designing, developing and operating custom renewable energy and infrastructure solutions. JMC’s goal is to reduce the carbon footprint resulting from MSW and GHG through energy recovery and sustainable infrastructure development.
JMC is partnering with the Chinese Machinery and Equipment Corporation, an eight billion dollar publicly-traded infrastructural conglomerate, which designed, financed and constructed super projects in Africa, the Middle East, Europe and Asia. The first project in the United States is a partnership with JMC Renewable Energy Solutions Inc., a Mississippi Corporation. CMEC will provide the engineering, design, and financing for the Mississippi project. JMC has put together competent local management teams in each region where renewable energy projects are planned. Current projects are planned for Bolivar County, Mississippi and Greene County, Alabama.
The proposed Greene county project is a state of the art Waste-to-Energy plant that converts all municipal solid waste – household garbage – into electricity, with no harmful emissions released in the air or toxins into the land and groundwater.
The Waste-to-Energy (WTE) plant currently under evaluation utilizes an advanced technology that converts trash to electricity and will sell the energy to the regional power grid. The plant will provide a constant supply of energy to the grid, 24-7.
The new WTE plant will reduce input to landfills and eliminate nearly 100% of toxic methane gas, the most harmful of all greenhouse gases (GHGs) to the atmosphere. The residual 3% is an abrasive material that can be sold to landfills to absorb landfill emissions and odor, or used to make asphalt.
The WTE plant will also reduce the demand for local landfills that contaminate the land and groundwater, reduce the harmful greenhouse gases being released in the atmosphere, and convert the steam produced to generate low-cost, clean electricity.
The particular system under review is a proven technology currently used the SWA’s Renewable Energy Faciity 2 in West Palm Beach Florida. At capacity, REF 2 will process more than 1 million tons (907,200,000 kg) of post-recycled municipal solid waste annually and 3,000 tons a daily – more than 660 curbside trucks worth of trash every day!
Once fully operational, the communities in the Alabama Black Belt, that participate in the project will receive direct financial benefits by:
•reducing costly municipal expenses for garbage transport to the landfill and energy expenses for residential and business customer; and
•generating revenue sharing opportunities to communities sending their municipal solid waste to the WTE plant.
By reducing expenses and adding revenue to local municipal budgets, the communities have the potential to strengthen their financial positions. With the planned revenue, Black Belt communities can develop new long-term project plans and budgets, for desperately-needed infrastructure repairs, housing and commercial developments, all of which will provide employment opportunities for area residents.
If you would like more information about this project, please contact David Hannans at firstname.lastname@example.org.