ULTRA-HIGH TEMPERATURE (UHT) THERMOLYSIS
A Transformational Process for Clean Hydrogen and Carbon from Waste.
ULTRA-HIGH TEMPERATURE (UHT) THERMOLYSIS
A Transformational Process for Clean Hydrogen and Carbon from Waste.
A Transformational Process for Clean Hydrogen and Carbon from Waste.
A Transformational Process for Clean Hydrogen and Carbon from Waste.
Revolutionise waste upcycling and contribute to a sustainable, circular economy by leveraging cutting-edge solutions
“Waste= Hydrogen + Carbon + Revenue”
Our technology prevents landfill GHG emissions, creates high-value outputs for a circular green economy, reduces Hong Kong's landfill reliance, drives carbon reduction, and is cost-effective. While waste to methane conversion is relatively mature, methane to carbon/hydrogen conversion has challenges, where our tech improves efficiency.
High CO₂. Low Cost.
Widely used, SMR releases 11 tons of CO₂ into the atmosphere for every one ton of hydrogen produced
Low CO₂. High Cost.
Electrolysis is low emission but uses 7x the electricity of methane pyrolysis
Low CO₂. Low Cost.
For every 1 kg of hydrogen produced,
CO₂ Equivalent is -11.34 CO₂/kg H₂
If in landfill,
The cost of waste management is around HK$620/t, the landfill is also reaching its capacity
Equivalent to 0.45 kg of methane . The GHG effect of methane is 28 times to CO₂
Plastics can take anywhere from 20 to 500 years to decompose, depending on the material and structure
Profits from waste,
1kg waste can be converted into 375g Carbon and 125g Hydrogen by UHT Technology
1kg waste can generate a value of HK$42 while the cost is essentially negative
5 machines yield an annual profit of around HK$0.8 million. 15 machines yield profit to HK$3 million
Unit 1001, 10/F., Wah Sing Industrial Building, Hong Kong SAR
Ecothermolysis
Unit 1001, 10/F., Wah Sing Industrial Building Hong Kong SAR
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