A future with green hydrogen,
environmental and energy technologies
We reduce your energy costs, produce green hydrogen from biological residues and can recover over 90% of industrial wastewater as drinking water.
We are a technology company and have specialized in four areas. With our systems and products, we develop customized solutions for our customers.
Produce green hydrogen, synthesis gas, peat substitutes, synthetic coal or biochar from agricultural residues, wastewater treatment plants and industrial waste.
Our microfilters are used to filter solids, particles and bacteria from liquids such as oil, water and cooling lubricants, as well as from food and beverages such as juices. Without electricity and without chemicals
We supply customized solutions for highly efficient wastewater treatment for almost all industries. We develop systems that are precisely tailored to your needs and remove oils, acids, chemicals, heavy metals and other impurities from wastewater.
Significantly lower operating costs and higher recovery of reusable water are our unique selling points. Another application would be the concentration of liquids in the food, chemical and pharmaceutical industries. One example of this is the production of fruit juice concentrate. We have been working in this fields for decades and have installed more than 3,000 systems worldwide with our partner companies.
In the field of energy technology, we reduce your energy costs through various measures. The first step is to plan and install a photovoltaic system on free roof space.
Our customers include cities, local authorities, building owners and industrial companies.
Environmental protection and
industrial water treatment
SMI in numbers
20
Years of experience in the team
4
Innovative technologies
3K
Installed systems
12
Country projects
Our partners
blueFLUX Energy
Environmental and climate protection
We build photovoltaic systems on roofs and open spaces, produce filter systems that are operated without electricity or chemicals and generate green hydrogen, synthesis gas, peat substitutes, synthetic coal or biochar from waste materials. In this way, we are significantly accelerating the energy transition and reducing energy costs by up to 30%, making us an important player in achieving climate targets.