Revolutionizing Infrastructure

Turning Waste Tires into
 

A pioneering initiative to transform environmental liability into circular, high-performance infrastructure assets.

A Global Emergency

The environmental cost of conventional tire disposal is unsustainable.

Toxic Emissions

  • •+37% CO & +24% SO2 emissions when burning tires.
  • •PM10 exposure can reach 18,940 µg/m³.

Marine Impact

  • •Tires contribute 5-10% of marine microplastics.
  • •Leaching heavy metals: Zinc (Zn), Lead (Pb).

Bangladesh Context

  • •150,000 tons of waste tires annually.
  • •Uncontrolled dumping causes land degradation.
Our Methodology

Engineering
Resilience

We utilize Ground Tire Rubber (GTR) to produce advanced elastomers. By applying controlled shear forces and mechanochemical activation, we break sulfur crosslinks to create a reactive, self-healing material.

01

Shredding

Reduction to 20-40 mesh chips.

02

Devulcanization

Pan milling to reactivate rubber chains.

03

Activation

Creating high-performance binders.

Raw Material
Reactant
Processing
GTR Product

Diverse Applications

Smart Roads

View Sector

Industrial Flooring

View Sector

Automotive Parts

View Sector

The Green Calculator

See the immediate impact of switching to TribOriGen GTR Asphalt.

1 km 10 km 100 km

20,000

Waste Tires Diverted

450

Tons of CO2 Saved

Financial Overview

Capital Expenditure (CAPEX)

Primary Shredder 31.5%
Hammer Mill 27.0%
Pan Milling Unit 12.0%
Total Investment BDT 345,000
Monthly Operational Cost

BDT 44,500

Includes wages, electricity, maintenance, and logistics.

Revenue Model

Diversified

Sales (40%) Consultancy (25%) R&D (15%)

Strategic Roadmap

01

Stabilization

0-6 Months

Proof of concept execution. Establishing initial processing units and validating material properties.

02

Scale Up

Year 1

Achieving 3 tons/month output. Collaborating with infrastructure partners for pilot road usage.

03

Expansion

Year 2+

Targeting 4+ tons/month. Developing specialized formulations for industrial flooring.