Future Solutions Take Shape: Six New Members Strengthen West Swedish Industry
We are delighted to welcome six new members to Climate Leading Process Industry. By combining cutting-edge research in everything from digital materials design and carbon capture to sustainable natural resources, these companies contribute vital pieces of the puzzle to our collective efforts.
Adsorbi
Adsorbi is a research-based company on a mission to accelerate the world's transition to clean indoor air by capturing gaseous air pollutants with an innovative cellulose-based material from the Nordic forest. Our vision is to enable clean air with minimal environmental impact.
Bolag 1
Bolag1 is all about engineering, design and management. We support our customers to achieve their successful and sustainable goals throughout all project phases. Bolag1 strength is our knowledge, commitment, genuine interest in new technology and our wide network of contacts.
Compular
Compular Lab is used to innovate where it matters the most. It provides simulation and analysis to predict material properties based on intuitive design principles, state-of-the-art methods and high user flexibility. Until now, those advanced capabilities have been limited to academic research projects. Compular unleashes the power of computational chemistry to everyone and leads material development into the digital era.
AB Igrene
The Siljan Ring is a meteorite crater that harbors large amounts of fossil-free methane, formed in and seeping up from the Earth's interior. Methane is an organic molecule consisting of one carbon atom and four hydrogen atoms. This is a climate threat that has so far gone unnoticed. Igrene works to map these emissions and to utilize these resources in a responsible manner. We intend to use new technology to convert the methane into carbon and hydrogen gas without the creation of carbon dioxide.
Korall
As a pioneering Swedish company specializing in Direct Air Capture (DAC) technology, we enable a greener future by making net-zero solutions more accessible and cost-effective. By providing on-site carbon capture, we eliminate costly logistics and drive widespread adoption, creating realistic opportunities for businesses and nations to achieve their climate goals.
NanoScientifica
Variance is every supply chain's nightmare and nanoparticles have a reproducibility problem. Billions have been invested in nanomaterial research, but few breakthroughs have made it from lab to industrial scale. Traditional batch synthesis is largely to blame. Small variations in temperature, mixing, and timing compound into unpredictable results. We use automated flow chemistry to fix that. Consistent particles, from milligrams to kilograms, with the batch-to-batch reliability that your production requires.
