Wastewater channel treatment activity during the Soc Trang pilot

What we do

Biology-led waste pathways

CirBE combines localized bio-bacteria with end-to-end waste processing systems for organic, mixed, liquid and selected residual streams.

Organic waste treatment activity at a CirBE pilot
01 / Organic waste

Cir. Bio Composting

Lab-approved, Made-in-Vietnam bio-bacteria are localized to the feedstock and operating context, supporting odor control, biological breakdown and a compost-oriented output pathway.

  • Inoculation with a reviewed microbial preparation
  • Microbial activation, moisture care and aeration
  • Nutrient-rich compost pathway where suitable
Mixed waste documented at a CirBE pilot
02 / Material recovery

Cir. Zero Waste

CirBE moves suitable waste away from landfill and routes it toward recycling, reuse, biological treatment or renewable recovery.

  • Stream characterization and assessment
  • Recovery, reuse and treatment routes
  • Verification records for the agreed project scope
Wastewater treatment dosing during a CirBE pilot
03 / Liquid waste

Cir. Drop Wastewater Solution

A chemical-free biological treatment direction for odor, water-quality and flow challenges, designed around the reviewed wastewater and site context.

  • Site and water-condition assessment
  • Application and monitoring plan
  • Documentation and audit-ready reporting scope
Waste sorting context documented during a CirBE pilot
04 / Selected residuals

Cir. Pellets

Suitable non-recycled materials are evaluated for RDF, SRF, energy-pellet or biomass-pellet pathways that can reduce dependence on fossil fuels.

  • Material screening and exclusions
  • Sorting and conditioning direction
  • Downstream fuel-stream matching

Composting proof material

Real process footage, not placeholders

Newly supplied CirBE materials show the composting machine, microbial application, pile turning and day-seven organic texture. They are presented as process documentation, not audited performance claims.

Machine process

Organic material moving through the composting system

On-site footage helps visitors see the practical machinery behind the biological pathway.

Day 3

Moisture and microbial care

Day 3

Turning and aeration

Composting leaf pile after seven days from supplied CirBE materials
Day 7

Leaf breakdown context

Composted organic texture after seven days from supplied CirBE materials
Texture

Organic material condition

Process timing, output quality and operating parameters depend on waste type, moisture, volume, site conditions and the reviewed treatment plan.

Why choose CirBE

Biology-led. Verifiable. Built for operations.

CirBE is a trusted partner for complex waste streams, combining localized bio-bacteria with end-to-end processing and project documentation.

Low-cost direction

Reduce unnecessary handling and machinery dependency where the reviewed biological pathway allows.

At scale

Design the treatment route around the site, waste volume and operating constraints.

Verified records

Define documentation and verification requirements for each agreed project scope.

Landfill pressure

Prioritize overloaded and at-risk landfill contexts where diversion can create material impact.

Start with the stream

Find the right pathway

Share the waste type, source, volume, site and current method with the CirBE team.

This form opens your email application and addresses the request to technicalteam@bioforgevn.com.