Film Producer Installs Plastics Recycling System

Raven Industries Engineering Department Movies, South Dakota Sioux Falls, a new design was installed to capture and use the excess polymer materials, production processes of its production line of internal recycling. Capable of up to 15 million pounds per year recycled particles recycling line resin.

Crow works Division of the film, so that the "high performance films and plastic sheets [including] through the containment liner and cover energy services, agriculture, construction, plastic sheet extrusion line environmental markets and critical industrial environments geomembrane Resource Protection Project ", Raven Industries Web Site.

Raven Industries press release contains project a certain fluidity of line filters to remove foreign bodies can be produced in all systems complete quality control equipment.

Quoth the Raven agent, the design of the joint recovery and markets, the choice of work the company ADG Solutions, xinda recycling Fairfield, Connecticut, United States, Davis - Standard Corporation, New York Fulton as the basis of their experience in recovery Automation system.

"This advanced system installation, a circulation system for workflow recycling unwanted materials through complete control of the production process, from beginning to end, Anthony Smith said:" The Crow film Industrial Engineering Vice President and CEO. "In addition, we expect the recycling line with the implementation of measures to reduce solid waste material and consumption of municipal waste disposal to achieve a critical step directly to sustainable development initiatives in the industry the raven. "

Normal production, made by advanced technology startups and online materials in the process of cutting excess polymer materials, the company said. Historical practice, this material is transported to the external reuse and discard the other recovery facilities of non-recyclable materials. With the new system, the vast majority of industrial plants crows were captured and recycled excess material.