Project Name | Summary | Category | |
1 | Carbon Dioxide Utilisation via Electrocatalysis & Synthetic Biology | Carbon dioxide collected from industrial waste gas after carbon capture could be transferred into a carbon source by electrocatalysis. The carbon source can replace the grain-based carbon source and produce alternative proteins, agricultural bacteria fertilisers and fine chemical products after bio-fermentation with support from synthetic biotechnology. | Carbon Neutrality |
2 | Development and Commercialisation of Core Materials for Advanced ALK Electrolyzers | Through the development of high-efficiency electrodes, high-temperature separators, new stack structures, and precise gas-liquid separation control technologies, the project aims to create equipment with rapid cold start, high current density, low energy consumption, high hydrogen production efficiency, and low cost. | Hydrogen |
3 | Fourth Power | A utility grid-scale rechargeable battery technology with an estimated cost ten times lower than lithium-ion batteries, which can be used to store electricity from renewable energy sources. | Energy Storage & Conversion |
4 | Gazelle Wind Power Ltd | This unique patented floating offshore wind platform significantly reduces the amount of steel required whilst enabling local shipbuilding construction with modular components, causing minimal impact on the ocean floor. | Renewable Energy |
5 | HAIDRIVER Hydrogen Fuel Cells and Water Electrolysis | Committed to providing convenient access to clean energy, this project specialises in two domains: water electrolysis and fuel cells, offering a one-stop solution for hydrogen energy. | Hydrogen |
6 | High Energy Storage Phase Change Material | This project utilises the patented phased change materials (PCM) technology to absorb heat and cold at different temperatures (from -150 to 1000°C) for later use. It has achieved significant breakthroughs in material stability, environmental friendliness, and lifespan. | Energy Storage & Conversion |
7 | Hydro X | Reinventing hydrogen storage and transportation with a technology that enables the storage and transport of hydrogen in a green, non-toxic, non-flammable, non-explosive, cost and energy-efficient carrier. | Hydrogen |
8 | Proton Exchange Membrane Water Electrolysis For Hydrogen Energy Storage | Through its proton exchange membrane (PEM) water electrolysis technology for hydrogen production, this project has developed a full range of PEM electrolysers from 0.01-300 Nm3/h, with several technical indicators surpassing international standards. | Hydrogen |
9 | The World’s Most Sustainable Long Duration Energy Storage (LDES), Based On Saltwater | This long duration energy storage (LDES) can provide 8 to 100 hours of flexibility and fully integrate solar and wind power generation. Its innovative flow-type battery uses only table salt and water to store excess electricity, making it environmentally friendly, safe, and cost-effective. | Energy Storage & Conversion |
10 | World’s First Semiconductor Heating Technology | A new semiconductor heating technology that offers high-stability, low-cost electric-to-heat conversion, transforming electrical energy into heat energy. It provides a healthy, comfortable, energy-saving, safe, durable, clean, and efficient intelligent heating solution. | Carbon Neutrality |
Mr Addie Lam Assistant General Manager – Corporate Affairs Tel: 2963 2578 / 6702 6449 Email: addie.lam@towngas.com |
Ms Kara Kwong Senior Corporate Affairs Officer Tel: 2963 3497 / 6698 3357 Email: kara.kwong@towngas.com |