quick mold change solutions injection molders
Published

New Bio-Gran Technology Processing Biodegradable Plastics

Bio-Gran is a new patent pending technology and a 100% proprietary development of CMG Granulators.

Share

The new Bio-Gran technology by CMG Granulators was designed to handle small to large quantities of biodegradable polymer effectively and dependably, reportedly preserving all physical and mechanical characteristics of the polymer itself.

According to the company, conventional granulation equipment is not able handle biodegradable production rejects adequately. As a result, those are not reintroduced in the production process and are given away for random recycling attempts.

The Bio-Gran technology was designed to accomplish the objective of allowing recycling and reintroduction of biodegradable production rejects at the production site, by performing adequate size reduction and consequential storage/handling/processing so not to compromise the integrity of the polymer. The reject rate, predominantly deriving by post production finishing phases of the product, can be of a few percentage points up to tens of percentage points.

The first Bio-Gran units are today in operation at industrial sites producing biodegradable plastic products and one test unit is available at the CMG Tech Center in Bologna, Italy. The range of capacities of the Bio-Gran line spans form 200 kg/h all the way to 2,000 kg/h. Bio-Gran is a new patent pending technology and a 100% proprietary development of CMG Granulators.

bio-gran

The Bio-Gran technology was designed to handle small to large quantities of biodegradable polymer.

Related Content

  • Recycling: What's Ahead in Advanced Sorting Technology

    As the industry tries to ramp up recycling, there are several innovative sorting solutions in the offing—ranging from enhanced optical sorting technologies and chemical tracers to advanced solutions based digital watermarks and artificial intelligence.

  • Compatibilizers Aid Recycling & Upcycling of Mixed Resins

    Compatibilizers are proving their worth in boosting critical properties such as impact/stiffness balance of PCR and PIR blends of polyolefins and other plastics.      

  • Advanced Recycling: Beyond Pyrolysis

    Consumer-product brand owners increasingly see advanced chemical recycling as a necessary complement to mechanical recycling if they are to meet ambitious goals for a circular economy in the next decade. Dozens of technology providers are developing new technologies to overcome the limitations of existing pyrolysis methods and to commercialize various alternative approaches to chemical recycling of plastics.

Windmoeller
Shell Polymers (Real)ationships start here ad
Cranes, Conveyors, Racks, Loaders, Accessories
New Tinius Olsen VectorExtensometer testing
Gardner Business Media, Inc.
New 2024 Twin Screw Report
Guill - World Leader in Extrusion Tooling
LKIMM
Want to save