At ALAUSAT, we integrate cutting-edge, industrially proven technologies in the field of Waste-to-X solutions, designing systems and processes that convert waste into valuable resources such as energy, fuels, and chemicals. This approach not only significantly reduces waste destined for landfills but also promotes the generation of new revenue streams and enhances environmental care.

Technological Integration
– Optimization of Productivity and Reaction Efficiency: We integrate advanced technologies to increase productivity and improve the efficiency of chemical reactions in waste conversion processes.
– Compact Gasification Units: We incorporate compact and efficient gasification units, ideal for transforming waste into energy and valuable chemicals.
– Modular and Scalable Systems: We offer the design of modular and scalable solutions that adapt to the specific needs of each project, enabling easy and cost-effective expansion.

Biomass and Waste Processing
– Municipal Solid Waste (MSW) and Non-Recyclable Waste: We have proven expertise in designing and integrating technology for the transformation of municipal solid waste and non-recyclable waste into renewable energy sources and useful materials, reducing landfill dependency.
– Agricultural and Forestry Residues: We design systems for the utilization of agricultural and forestry residues to produce renewable energy and chemicals, supporting land management practices.
– Dedicated Energy Crops: Our designs also consider the use of dedicated energy crops as raw material for the production of renewable energy and fuels, promoting diversification of energy sources.

Renewable Fuel Generation
– Sustainable Aviation Fuels (SAFs): We design facilities for the production of aviation fuels.
– Renewable Dimethyl Ether (rDME) and Renewable Methanol/Ethanol: Our industrial designs encompass the production of renewable dimethyl ether and methanol/ethanol as alternatives to fossil fuels.