Closing the
Carbon Loop.
Building Industrial-Scale Circular Infrastructure.

HKM Circular Ventures Inc. transforms end-of-life tires into valuable carbon, fuels, and metals—building disciplined, scalable infrastructure across North America.

Industrial Infrastructure Visualization

What Sets Us Apart

Core Values & Market Differentiators

Industrial Discipline

We prioritize proven technology, operational reliability, and safety over experimentation.

Financial Discipline

We remain conservative in finance and rigorous in execution, with cash-flow generation as the core performance metric.

Value Flexibility

Carbon, tire-derived oil, and fiber continue to evolve in value and applications. Our process design preserves the flexibility to integrate upgrading technologies over time without locking assets into rigid or obsolete configurations.

Scalable Integrity

Each plant is designed to stand on its own, where tipping (recycling/gate) fees from scrap tires and sales from steel recovery are sufficient to cover core operating costs. This allows disciplined, repeatable expansion without compromising financial or operational integrity.

People First — Safety, Health, and Growth

Employee safety, health, and long-term satisfaction are non-negotiable. Beyond compliance, we invest in training, mentoring, and personal development to build a resilient and committed workforce.

Company Purpose

We exist to close the carbon loop by transforming an environmental liability—end-of-life tires—into dependable, domestic materials for steel, chemicals, and manufacturing industries.

About HKM Circular Ventures Inc.

We view waste tires not as environmental liabilities, but as strategic domestic resources for carbon, energy, and metals.

HKM Circular Ventures Inc. (HKM) is a North America–focused circular materials platform dedicated to converting end-of-life tires into high-value industrial inputs.

Our first flagship facility represents the foundation of a disciplined, replicable infrastructure model designed for long-term value creation.

Our Vision

To become a leading North American platform for circular carbon materials, enabling industry to decarbonize while eliminating tire waste at scale.

Our Mission

To develop and operate reliable, cash-generating circular infrastructure that converts scrap tires into carbon, fuels, and metals using proven technology and uncompromising safety standards.

Flagship Facility

Scale & Location

  • 120-acre SiteStrategic industrial land
  • 80,000 sq ft BuildingPre-existing infrastructure

Technology Integration

  • Integrated ProcessingShredding, pyrolysis, and recovery
  • 150,000 MT/yearELT Processing Capacity

Logistics

  • Direct Rail AccessEfficient material transport
  • Strategic HubCentral US location

Process Overview

Receiving & Shredding

Tire logistical intake

Pyrolysis Reactors

AI supported automated continuous reactor

Oil Recovery

Fractionation & storage

Carbon Recovery

Black carbon refinement

Steel Recovery

Magnetic separation

Emissions Control

Advanced filtration

The Solution

Sustainable ELT Management

Only Pyrolysis can decompose complex tire rubbers into structured sustainable substances, creating a true circular economy.

Tire Material Composition

What goes into waste tires

Tire Material Composition — Passenger, Light Truck, and Truck Tires breakdown
Passenger & truck tires contain rubber polymers, carbon black, steel, textile, and chemical additives.

Pyrolysis
Process

Outputs Derived

Total Material Recovery

40%

Tire Pyrolysis Oil (TPO)

Premium bio-fuel

34%

Carbon

Recovered Carbon Black

13%

Steel

High-grade scrap steel

10%

Gas

Process energy

3%

Water

Process water

These materials are subsequently utilized as feedstock inputs for chemical plants and tire industries.

Product Highlights

Manufacturing Process Model

Our advanced waste tire pyrolysis plant converts environmental liabilities into valuable sustainable resources through a closed-loop zero-waste process.

1. Waste Tire Analysis

Strategic collection from manufacturers and landfills. Using subsidies effectively while solving a major waste problem.

Input Material

2. Mechanical Separation

Tire shredding and grinding separates raw materials into distinct streams for processing.

87%Rubber chips
13%Steel & Textile

3. Pyrolysis Reactor

Oxygen-free thermal decomposition at 400–700°C breaks down rubber polymers into valuable molecular compounds.

Thermal Conversion
Final Sustainable Outputs
40%

Tire Pyrolysis Oil (TPO)

Premium bio-fuel alternative.

34%

Recovered Carbon

Sustainable industrial filler.

13%

Steel

Recovered high-grade steel.

Gas

10%

Facility Power

Water

3%

Process Water

Advanced emissions control systems ensure 100% environmental compliance

Environmental & Compliance

Our commitment to sustainability goes beyond recycling. We engineer our facilities to meet and exceed strict regulatory standards, ensuring safe, clean, and responsible operations.

Contact Us for Compliance Documents →
  • Thermal oxidizers for odour control — first of its kind in tire pyrolysis
  • Multi-stage gas scrubbing for clean combustion of syn gas
  • Negative-pressure processing
  • Continuous Emissions Monitoring Systems (CEMS)
  • Full U.S. federal compliance

Management Team

Hari Krishna Mynampati

Hari Krishna Mynampati

Founder & CEO

A passionate B2B International Sales & Marketing professional promoting circular economy and recycling scrap tire waste via green technology.

Balaji Kothandan

Balaji Kothandan

Technology Expert

Technology Expert — Founder & Partner at Powerol. Expertise in industrial machinery and construction technology since 2015.

Karim Ahmed Kadry

Karim Ahmed Kadry

Finance Expert

Finance Expert — Investment Banker with expertise in strategic planning, public & direct investment analysis and management.

Steven Hubertus

Steven Hubertus

Operations Expert

Extensive work history spanning over 38 years within the chemical industry. Results oriented leader with diverse experience in plant/facility management, multi plant management, Cogeneration facility management, quality assurance, and lean manufacturing. Expertise in achieving superior results in a customer-focused, high volume commodity and specialty manufacturing facility through hands-on leadership and team building.

Project Snapshot

Key Investment Metrics

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MT/year Processing
$0M
Project Cost
$0M
Senior Loan
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Installments
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IRR