Solutions

From plant waste to finished biofuel, in two patented steps.

A two-step, ambient-condition process built for scale — engineered for the realities of maritime and transport infrastructure.

The Green COP pipeline

From waste to fuel, in action.

Green COP's circular economy solution: palm biomass and effluent into bio-butanol, electricity, biogas, and fertiliser
Why Green COP

Driven by sustainability, built for partnership.

Green COP was founded by a team of professionals dedicated to driving environmental sustainability. Our ethos centres on fulfilling our customers' unique needs to help them achieve their business goals, allowing us to cultivate partnerships built on mutual respect and trust.

We aim to add value to almost all types of plant-based waste, building towards a shared goal: a true circular economy for the maritime and transportation sectors.

"Enabling the production of bio-butanol from plant-based waste — at a scale that matters."

— Green COP, Our Innovative Edge
Our innovative edge

Technology that sets a new standard.

Drop-in compatible

Designed for use within current maritime infrastructure, subject to required safety assessments.

Extended shelf life

24+ months beyond industry norms, with 30% less NOx emissions and unmatched storage stability.

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Energy efficient

Runs at ambient temperature and atmospheric pressure — a non-energy-intensive pretreatment.

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Scalable

Tailored solutions for diverse feedstocks, accommodating businesses of any nature and scale.

The comparison

How we produce our biofuels.

A patented two-step process, against the conventional way of doing things.

Conventional

Traditional biofuel production

4+ steps · Energy intensive · Limited feedstock
  1. Multi-step pretreatment
  2. Energy-intensive processing
  3. Limited feedstock flexibility
  4. Standard shelf-life output
Higher costs · Standard shelf life · Higher emissions
VS
Green COP

Patented process

2 steps · Ambient conditions · Any plant waste
  1. Pretreatment (patented) — non-energy-intensive, ambient conditions
  2. Aerobic fermentation (patented) — biowaste → biofuel + soluble lignin
24+ months shelf life · 30% less NOx · Drop-in compatible
Diverse feedstocks

A wide range of plant-based waste, one process.

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Sugarcane bagasse

Fibrous residue after juice extraction — abundant in tropical regions.

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Corn stover

Stalks, leaves, and cobs remaining after corn harvest.

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Rice straw

Agricultural waste from rice paddies — a major source in Asia.

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Palm oil waste

Empty fruit bunches and other residuals from palm oil processing.