Additive manufacturing (AM) is considered as one of the most sustainable manufacturing processes thanks to near-net shape manufacturing and full material utilization. In comparison to subtractive manufacturing processes, material in […]
The textile industry faces enormous challenges. Over 100 million tonnes of textiles are manufactured globally every year, of which just over 100,000 tonnes are placed on the Swedish market. Only […]
The INDENZ project aims to accelerate the development, implementation, and scaling of Industrial Site Electrification Solutions (ISES) to drive a system-level transformation toward a resource-efficient, resilient, and fossil-free Swedish manufacturing […]
Why it matters? Heavy industry is one of the toughest sectors to decarbonize, responsible for over 30% of global CO₂ emissions. Current solutions like carbon capture are often too costly […]
Remanufacturing is a circular strategy with great potential for upscaling and transitioning to sustainable business and environmental savings, with increased resilience as an additional effect in a turbulent world. The […]
Graphite is a critical raw material essential for batteries, hydrogen systems, and energystorage technologies. Today, Europe is heavily dependent on imported graphite, facingsignificant supply risks. ReGraph Stage 2 advances the […]
READY2´s purpose is to create sustainable, robust and resource-efficient wood manufacturing focusing on the entire value chain. This will be achieved with new innovative human-centered, dynamic resource-efficient maintenance ensuring operational […]
iSTRESS 2.0 addresses one of the stainless steel industry’s key challenges: sustainable treatment and resource recovery from pickling sludge. This sludge, classified as hazardous waste, contains valuable raw materials such […]
The need for graphite is expected to grow by 25 times until 2040 driven especially by the growth of green energy initiatives and electrical vehicles. Graphite is regarded as a […]
The project advances thermo-bonded nonwoven technologies by optimising the use of binder fibres combined with recycled textile and glass fibre waste, creating resource-efficient products for applications in workwear, apparel, interiors […]