The TORWAVE processor represents an evolution of TORBED technology, designed to broaden the possibilities of fine chemical processing. By combining the established benefits of a TORBED processor with both microwave and conventional power sources, the TORWAVE system introduces a more flexible approach to energy delivery.

The TORWAVE processor cuts industrial CO₂ facilitating commercial gas substitution through two interlocking mechanisms: electrification and process intensification. Each is powerful on its own; together they form a uniquely effective platform for decarbonizing process heat. Electrification addresses the largest unabated source of industrial emissions —

Thermal gradients are not a measurement problem — they are a physics problem baked into how conventional heat transfer works. For more than a century, industrial thermal processing has been dominated by a single architectural assumption: heat enters a material from the outside and travels

Electrification of industrial thermal processing is gaining real momentum and is a key part of any industrial decarbonisation strategy. Drying, calcination and pyrolysis have traditionally relied on hydrocarbons—not by choice, but because they deliver high temperatures reliably at scale. As grids decarbonise and electricity availability

Industrial microwave processing systems are an integral part of many industrial manufacturing processes, used, for example, in processes ranging from the production of food and food ingredients, sterilisation, vulcanisation of rubber, to the processing of pharmaceutical reagents. Microwave technology offers many benefits: heating rates orders

As global climate targets tighten, industrial decarbonization has become a critical priority for businesses aiming to reduce emissions while maintaining competitiveness. Industries account for nearly 30% of global greenhouse gas emissions, necessitating urgent, strategic action. Below are key strategies to drive meaningful progress. Transition to