Myriant Technologies Building World''s Sustainable Specialty Chemical Plant in North America
January 6, 2011
New Lake Providence facility will be world''s largest of its kind, creating nearly 200 jobs and $80 million capital investment
PRNewswire reports, Gov. Bobby Jindal joined Myriant Technologies LLC Chairman and CEO Stephen Gatto and Port of Lake Providence Director Wyly Gilfoil to announce Myriant Technologies, through its wholly-owned subsidiary Myriant Lake Providence Inc., will soon begin building a new 392,000-square-foot plant at the Port of Lake Providence that will be the world''s largest bio-based succinic acid plant. The project will create 176 new direct and indirect jobs in the area and represent a capital investment of approximately $80 million. This total includes 49 new direct jobs at an average annual salary of nearly $40,000 plus benefits, and an estimated 127 new indirect jobs. Additionally, the 18-month core construction period is scheduled to begin in early 2011, and will require at least 250 construction workers.
The world''s largest bio-based succinic acid refinery was awarded funding in January 2010 from the DOE and will also benefit from funding provided by the Louisiana Department of Transportation and Development, or DOTD, to the port via its Port Priority program. In addition, Louisiana Economic Development is providing an incentive package that includes turnkey workforce solutions from LED FastStart, a five percent to six percent rebate on payroll expenses and certain sales taxes through the Quality Jobs program, and property tax abatement for materials used in new manufacturing through the Industrial Tax Exemption program. Once operational in 2012, the project will use sorghum and carbon dioxide to produce up to 30 million pounds per year of succinic acid. Succinic acid is traditionally produced from petroleum-based feedstocks and used in a wide variety of applications, including the production of polymers, fibers, surfactants, detergents and flavors. Bio-based succinic acid can directly substitute for the petroleum-based version, thus providing a renewable bio-based industrial chemical building block and reducing U.S. dependence on imported oil while reducing greenhouse gas emissions.