VV-net products

With our ‘venus’ technology, we bring together all our process expertise, application knowledge, and experience in development of standardized reliable sytems in the niche of ‘conversion and recovery of energy and useful materials from waste’. We take it as our challenge to create and promote economically viable and ecologically sound “local” solutions to dry, recover useful compounds and produce energy from specific waste and sludge streams. It is our ultimate goal to spread the use, and to uncover the immense potential of this long hidden novel Unecco process technology, and to lower scale barriers for ecological and sustainable local solutions with the smallest total carbon footprint and environmental impact.

Our ‘scala’ technology has originally been developed in close collaboration with research institutions and industries specialized in green sand aluminum casting technology and rapid prototyping. It has been developed with the intent to play a role in improving the durability of castings and reducing the ecological impact compared to more traditional treatment methods with mechanical shaking stages for de-coring and mould sand removal and huge furnaces and quench tanks for turning a green sand casting from the fresh casting into a finished part ready to be mounted in its final destination.

With our ‘carat’ technology, we bring together all our process expertise, application knowledge, and experience in development of standardized reliable sytems in the niche of ‘catalytic, absorptive and reactive hot gas cleaning’.Having been involved in a pioneer role bringing ceramic filters for emission control applications on the market back in the nineties, we have gained valuable experience in design and conceptual creation of hot gas cleaning techniques. We have taken the road of specializing in all-dry solutions, and in stretching the barriers for absorptive dry acid gas cleaning, often built onto complete turn-key thermal processing systems we have designed and supplied by numbers, from large to very small.