Waste to energy · Engineered in Pakistan
Circular Energies develops ECircular: a modular, two-stage pyrogasification system that turns prepared biomass and selected residual waste into useful fuel gas and a managed carbon-rich output.
1 TPD system built and operated under HEC ISF funding.
The industrial opportunity
Waste disposal and industrial fuel demand often sit in separate budgets. ECircular connects them through an engineered local energy pathway.
Assess prepared residual materials as a fuel-gas source for burners and thermal processes, reducing reliance on purchased fuels where integration is viable.
Recover and qualify a solid carbon fraction. Biomass-derived biochar and residues from mixed feedstocks each need a suitable specification and outlet.
Use a modular platform to connect feedstock availability with a real industrial heat load, operating team and site-specific commercial model.
Our product platform
A functional reactor built and operated in 2024, supporting the transition from proof of concept to an integrated system.
Explore the 1 TPD unit
A larger reactor built and made operational in Sukkur in 2025, informing the next stage of industrial deployment.
Explore the 2.5 TPD unitThe conversion route
Staged conversion separates the primary thermal breakdown from the downstream gas-conditioning and energy-integration requirements.
The solid fraction from thermal conversion is collected and assessed for approved material use or an eligible biochar pathway.
Progress with substance
The journey includes the National Idea Bank, HEC ISF / World Bank-supported funding, Innovate UK support and the development of two reactor scales. In 2026, the Bridgestart Pakistan Global Gateway Program supports the next chapter of Saudi market entry.
See the company timeline and project archive
Where we focus
We focus on customers with a clear thermal requirement and access to a suitable residual feedstock.
Assess heat integration around the production process, burner requirements and product-quality controls.
Evaluate compatible thermal loads and the operating conditions of each industrial site.
Connect suitable agricultural residues with drying, heating and other thermal applications.
Develop a prepared feedstock stream and a nearby, dependable energy user.
Founder-led engineering
A mechanical engineer and entrepreneur connecting reactor development with industrial needs, partnerships and international commercialisation.
His background includes Mechanical Engineering at IIUI, entrepreneurship and business management training at IBA Karachi, and work in industrial R&D at GCCI.
Read the founder's background and achievements
Tell us about your feedstock, current fuel and industrial process. We will discuss the next assessment step.
