• Meredian expects to operate at full capacity by the second quarter of 2014, and are launching their biopolymer production news in Düsseldorf, Germany at the 2013 K International Trade Fair. Meredian expects to operate at full capacity by the second quarter of 2014, and are launching their biopolymer production news in Düsseldorf, Germany at the 2013 K International Trade Fair.
  • Meredian attends the 2013 K International Trade Fair in Düsseldorf, Germany. The show is expected to have over 250,000 visitors in attendance. Meredian attends the 2013 K International Trade Fair in Düsseldorf, Germany. The show is expected to have over 250,000 visitors in attendance.
  • Meredian, Inc.’s sprawling 300,000 sq. ft. biopolymer manufacturing facility in Bainbridge, GA. Meredian, Inc.’s sprawling 300,000 sq. ft. biopolymer manufacturing facility in Bainbridge, GA.
  • Meredian, Inc. manufactures biopolymers from renewable, natural resources that are not derived from petroleum. Meredian, Inc. manufactures biopolymers from renewable, natural resources that are not derived from petroleum.
  • Unlike petroleum plastics, Meredian, Inc.’s PHAs are naturally occurring polymers produced by bacteria through plant-derived oils. Unlike petroleum plastics, Meredian, Inc.’s PHAs are naturally occurring polymers produced by bacteria through plant-derived oils.

The New Bioeconomy in Action

Plants

Meredian, Inc, a privately held biopolymer manufacturer located in Bainbridge, GA, manufactures biopolymers (bioplastics) from renewable, natural resources that equal or exceed petroleum-based commodity plastics for price and performance. Meredian bioplastics are environmentally friendly materials that are not derived from petroleum, and therefore enable reduced dependence on non-renewable, diminishing resources. Large global brand owners seek to utilize environmentally responsible materials for applications and products that we use every day. Meredian serves this need by commercializing PHA supported by world-class production systems, offering a cost effective material.