Swedish companies
Browse among companies that provide solutions for smart & sustainable cities.
Easymining Sweden
EasyMining patented process Ash2®Phos enables extraction of clean commercial phosphorus products from ash of incinerated sewage sludge. Thereby the need for virgin phosphorus resources can be decreased, and a circular flow of phosphorus established, an element of high importance to the EU and of high risk associated with their supply. In addition to phosphorus the Ash2®Phos process recovers precipitation chemicals and remove heavy metals.
Phosphorus is an essential element for life and a key nutrient for agriculture. Via the food cycle, phosphorus ends up in sewage sludge.
Esam AB
We are consultants for sustainable development. Our long term vision is to step by step support the global transition towards sustainability. Much has happened since 1990, when Esam took its first faltering steps. Little did we know about Esam’s future, that we, twentynine years later would be one of the Swedish pioneers in sustainable development. Our values are system perspective, participation, transparency, joy and professionality. And we try hard to live as we learn. Our main business is to help our customers to strive for sustainability through organizational and process development, implementation of management, strategic consulting, project management, training and networking. The wonderful thing about sustainability is that there are so many ways to create profitability.
Grale
Grale (formerly called PlasticFri) is a Deep Tech company from Sweden with a patented breakthrough technology offering eco-friendly and plant-based alternatives to plastics. Grale is the fastest growing plastic alternative on the market. Awarded the “Global Tech Innovator” among 2000 companies worldwide.
GREEN14
GREEN14 is a company pioneering critical material production through its cutting-edge hydrogen plasma reduction technology, and redefining the extraction of critical raw materials. This process is going to dramatically cut emissions and eliminate resilience for several materials, but their first use case is transforming waste into ultra-pure silicon products.