Read about advancements and current events in green technology, clean energy, and sustainable solutions. We publish articles featuring inspiring company profiles, current research, and the latest innovations in the green transition.
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The Swedish Energy Agency and the Swedish-American Chamber of Commerce invite companies with energy and climate innovations in sustainable buildings to apply for the SKYLINE Accelerator New York.
For Nils Nyström, data has always been the key to better decision-making. The Härnösand-based company Algorithm Energy sees a great opportunity to improve efficiency in wind power by providing operators and owners with better insights into their production.
"I have worked with control systems and know how important it is to break down data to make the right decisions. The wind power industry has enormous potential, but the lack of transparency in production means that many operators miss out on valuable energy," says Nils Nyström, Swedish co-owner and CEO of Algorithm Energy in Sweden.
biogas production to food-grade quality. Using a so-called CCU (Carbon Capture and Utilization) facility, the biogenic CO₂ is further purified using carbon filters and drying, then cooled into liquid form and thoroughly analyzed. The result is a new product – food-grade liquid carbon dioxide – with a production capacity of 20,000 tons per year.
How can testbeds and business networks accelerate the green transition? This was one of the key topics when companies, researchers, and experts gathered at Cleantech Meetup to discuss the challenges and opportunities of sustainable development.
During EnergyWeek in Vaasa, the Bothnia Green Energy project hosted the seminar "Waste Heat – The Cleanest Energy?", bringing together experts and innovators to discuss how this untapped resource could play a crucial role in the energy transition.
Research at Umeå University demonstrates how electrification and carbon capture can reduce emissions from cement production, making it more sustainable. The cement industry accounts for approximately 8% of global CO2 emissions, primarily due to the heating of limestone and the use of fossil fuels. New technologies, such as electrified plasma heating and carbon capture, offer ways to reduce these emissions.
