Technologies that Change the World
Pyrolysis is the process of thermally decomposing organic material in an inert atmosphere. This method allows us to break down complex waste materials without combustion, reducing the release of pollutants. It's a cornerstone technology that makes our WTE plants exceptionally eco-friendly and efficient.
Gasification converts organic or carbonaceous materials into carbon monoxide, hydrogen, and carbon dioxide. This synthetic gas (or 'syngas') can be used for generating electricity, further enhancing the performance and energy output of our WTE plants.
Our advanced Plasma Technology uses extremely high temperatures to reduce waste to its basic elements. The process completely decomposes hazardous materials and medical waste, ensuring that even the most challenging waste materials are treated safely and efficiently.
Drawing upon recent advancements, our CO2-to-Fuel technology captures emitted carbon dioxide to convert it into useful fuels like Methane or Ethanol. This not only makes our operations carbon-neutral but even paves the way for a carbon-negative future.
Unlock the future of clean energy with AST's cutting-edge electrolyzer technology. Designed for unparalleled efficiency and scalability, our hydrogen solutions turn water into green hydrogen using renewable electricity. As industries seek sustainable energy alternatives, AST leads the way, turning visions of a hydrogen-powered world into today's reality.
We have innovated a remarkable thermal energy storage solution by recycling waste. This results in a highly efficient, low-cost energy storage system that outperforms traditional solutions in both cost and efficiency metrics.
Together with our partners, clients, and stakeholders, we are tirelessly working to make our mission a reality, for the betterment of the planet and its inhabitants.
Products
Clean Energy
Generating energy from waste materials allows for clean sustainable energy without emissions or any environmental footprint.
Fuel Source
Converting waste to Sustainable Aviation Fuel (SAF) can reduce transportation carbon emissions by up to 95% and support the transition to green fuel economy.
Metal Recycle
Following evaporation, the system can separate metals originally trapped in the waste, to be sent to recycling.