Broadview Group International

Engineering mechanical separation technologies that unlock value from the toughest recycling streams.

Broadview Group International logo

Broadview Group International is an engineering design and research firm focused on advanced mechanical separation. BGI develops proprietary technologies that prepare, clean, and upgrade contaminated materials before downstream processing.

Their systems are engineered to reduce processing cost, improve material purity, and expand recoverable recycling streams — even in heavily contaminated environments.

Key Highlights

  • Proven mechanical separation technology
  • Designed for contaminated and difficult feedstocks
  • Improves downstream processing performance
  • Reduces operational cost and material loss
  • Built for continuous industrial operation

Rotary Impact Separator (RIS) Technology

The Rotary Impact Separator (RIS) is a dry mechanical separation system that removes dirt, fines, and contamination from plastic and mixed materials in a single continuous process without water, heat, or chemicals.

Rotary Impact Separator (RIS) Technology

How RIS Technology Works

RIS technology uses controlled mechanical impact to separate contamination from valuable material.

No water. No heat. No chemicals.

Process Flow

  • Contaminated material enters the RIS chamber
  • A rotating shaft agitates the material using engineered impact elements
  • Mechanical impact dislodges sand, dirt, and fines
  • Heavy contaminants fall through the screening zone
  • Clean material exits ready for downstream processing

Why RIS Technology Matters

  • Improves Material Quality

    Removes dirt, fines, and contamination before sorting or washing to increase downstream efficiency and material value.

  • Reduces Operating Costs

    Lowers water usage, reduces energy consumption, and minimizes wear on downstream equipment.

  • Expands Recoverable Material Streams

    Makes heavily contaminated plastics and mixed materials viable for recycling and recovery.

Applications & Feedstock Types

BGI RIS systems are designed for recycling environments where contamination is unavoidable and consistent material preparation is critical.

Common Applications

eFACTOR3 - Municipal Solid Waste

Agricultural film
and plastics

MRF residual and mixed
plastic streams

Paper and
plastic separation

Carpet recycling

Artificial turf processing

Designed for dirty, mixed, and contaminated feedstocks.

Feedstock Transformation Results

Recycling materials rarely arrive clean. RIS technology is designed to remove contamination mechanically, improving material quality and preparing feedstock for downstream processing.

Agricultural Plastic – Mud Contaminated Irrigation Tubing

Feed: Before

Irrigation tubing heavily coated with mud and soil.

Agricultural Plastic – Mud Contaminated Irrigation Tubing - Before

RIS Output: After

Plastic tubing with dirt and fines removed and ready for downstream processing.

Agricultural Plastic – Mud Contaminated Irrigation Tubing - After

Outcome

  • Dirt removed mechanically
  • No washing required
  • Improved material value

Agricultural Plastic – Vegetation Contamination

Feed: Before

Irrigation tubing containing vegetation and organic contamination.

Agricultural Plastic – Vegetation Contamination - Before

RIS Output: After

Plastic separated from vegetation and organic material.

Agricultural Plastic – Vegetation Contamination - After

Outcome

  • Vegetation removed
  • Reduced downstream clogging
  • Cleaner plastic stream

MRF Derived Film & Rigids

Feed: Before

Plastic film and rigid plastics contaminated with wet paper and dirt.

MRF Derived Film & Rigids - Before

RIS Output: After

Clean plastic with paper fibers and dirt removed, ready for further sorting or washing.

MRF Derived Film & Rigids - After

Outcome

  • Wet paper removed
  • Dirt released mechanically
  • Improved optical sorter performance

Processing Performance & Material Improvement

RIS technology delivers measurable performance improvements across a wide range of contaminated feedstocks.

Typical Results

  • Reduced contamination levels
  • Improved downstream sorting efficiency
  • Increased material purity
  • Consistent processing performance
Processing Performance & Material Improvement

Get in Touch

Ready to improve material purity, reduce contamination, and unlock difficult recycling streams with BGI Rotary Impact Separator technology?

Our team can help design a complete mechanical separation solution tailored to your feedstock, throughput, and processing goals.