Innovative Approach To Sustainable Environmental Solutions

Turn Waste Plastics Into Fuel

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Who we are?

We are an innovative sustainable environmental solutions company managed by a group of professionals.

We developed our own pyrolysis technology and are technology driven.

We are based in Hong Kong.

Company Profile

Our Intellectual Properties

We hold a number of invention and utility patents relating to our pyrolysis technology and processes

Our Aim

We intend to make use of our pyrolysis technology and processing techniques to customize a waste plastic recycling model for Hong Kong

State-of-the-Art Technology

We jointly developed our pyrolysis technology with our Japan and China partners that optimizes efficiencies and oil yield, while mitigating environmental concerns

Show-Case

To set up a pyrolysis processing operation that covers logistics, waste processing, and distribution as a viable solution for Hong Kong on waste plastics

Comprehensive range of oil product offerings

Our pyrolysis solutions offer a full range of crude waste plastics pyrolytic oils (“WPPO”)

Recycling Hub

With support from Government and various stakeholders, make Hong Kong become a clean waste plastics recycling hub

End Game

To create a sustainable solution to waste plastics, delivering circular economy and reducing carbon footprint

Our technology

How it works

100%

Reused

Waste plastics are converted into crude oil and char that can be reused as energy sources

90%

Waste plastics to WPPO Conversion

Waste plastics to WPPO conversion can reach as high as 90%

100%

Clean

We make use of our proprietary pyrolysis technology to process waste plastics. The process is 100% clean with minimal pollution

How it works?

Our apparatus utilizes high heat in an inert, oxygen-free environment to convert waste plastics into energy sources such as crude oil, char, and gases.

Full Video

1. Pyrolytic process

In an inert and oxygen-free environment, thermal decomposition of waste plastics yields gases, distillates and char in variable amounts

2. Fractionation & Condensation

Based on molecular weights and boiling points, lighter hydrocarbon gases are first distilled and condensed followed by heavier hydrocarbons

3. Result

One complete pyrolytic cycle produces a wide range of WPPO that can be further processed into valuable chemicals, as well as diesel fuel

Key Characteristics of our pyrolysis apparatus

Energy Efficient

High efficiency with low energy consumption

0% Emission

No smell, no dioxin, no smoke with minimal pollution

Resources Utilization

Ability to produce oil and char. Oil production can reach up to 90%

Safety

Operates at normal atmosphere under inert conditions. No corrosive or noxious by-products are produced

No Separation

Process can accommodate co-mingled waste plastics, reducing the costs of sorting/separation of waste plastics

Automated

Highly automated with minimal labor

R&D Driven

With the core pyrolysis system in place, we are currently focusing our effort on R&D. We set up a R&D center at the Hong Kong Science Park with aim to do the following:

Further research for exploration and utilisation of cheap catalysts, such as natural zeolites, to further reduce the process cost, improve product quality and overall process optimization
Regeneration and reuse of catalysts
Detailed chemical characterization of end products
Exploration of further applications of produced liquid oil, gases and char to make this technology more economically sustainable
Comprehensive life cycle assessment