Standard Bio is a science-led company that creates valuable biochar based products from bio-waste streams in agriculture and forestry. We capture the carbon and create energy to help farmers produce more effectively with positive contribution to the climate solution though storing carbon in the soils. We bring carbon back to life.
OUR PRODUCTS
Standard Bio AS has a production method that is self-developed, unique, environmentally friendly (without chemical treatments) and CO2-negative. The raw material we use is clean, certified and locally produced from residual flows from agriculture and forestry.
Our daughter Company, Era BioCarbon AS, produces high quality biocarbon-based products. Our solutions are made without additives, specially formulated for animal welfare and increasing productivity in agriculture.
Standard Bio and Era BioCarbon collaborates with various research institutes and universities. During testing, our products have achieved very good results.
FOR THE PLANET. FOR THE PEOPLE.
Standard Bio’s goal is to build profitable and sustainable circular value chains by up-cycling local bio-waste streams into biochar based products in a carbon negative way to improve productivity and the climate.
Nothing is valueless and we are catalysing new value though clean and natural products where carbon provides the building block for life, health, and cleanliness.
We are working to provide our upcycling technologies, char-based products and benefit competence through close collaboration with a wide range of partners and industries – from science institutions, growth testing, farming, forestry, greenhouses, filter industry, and many others.
We want to work closely with the community to provide good solutions to make our society more productive and fight climate change by bringing carbon back to life.
UN SUSTAINABLE DEVELOPMENT GOALS
Our products, solutions, and model has a large impact across various areas
and move the needle on the following UN’s Sustainable Development Goals.
“
Biocarbon can be a part of the solution with its CO2 storage potential for the global warming problem.
”