From “waste” to value –
all over the world
Today more than ever, companies are faced with rising waste disposal costs and legislation aimed at reducing waste while promoting recycling.
At PYREG, we have the technology and innovative solutions to meet these demanding requirements. PYREG’s systems can convert your residues into valuable biochar and energy. At the same time, they offer a proven solution that helps reduce your carbon footprint and waste volume and sanitise your residues.
Worldwide Solutions
Growing Stockholm Greener
ADVANTAGES
+ Better urban climate
+ CO2 Sequestration
+ Excess thermal energy is used
Carbon Removal and district heating
Carbon Removal and district heating Plant residues are processed into high-quality biochar (1,700 t per year). In the process, the carbon contained in the biomass is captured and permanently stored in the biochar (3,200 t of captured CO2 per year). The generated green exhaust heat is fed into the district heating network.
Production of soil
The first biochar production plant in Europe was built in Germany in 2012. The aim of this compost and soil plant goes one step further than the mere disposal of biomass – their aim is to produce the best possible compost qualities and subsequently the best possible finished soils for professional users such as garden designers. While beeing able to comply with the strict limits of the Waste Incineration Ordinance, the material is constantly available and deliverable in consistently high quality. The plant operates 24 hours a day and produces about 1,000 kg of high-quality biochar per day. This biochar pioneer feeds the total energy (150kW), released during the carbonization process, into its heat network – for heating and drying the feed material.
ADVANTAGES
+ Top quality end product
+ Excess thermal energy is used
Recycle residual materials an improve CO2 balance
The PYREG system enables upcycling of different residuals into clean biochar. Through closed-loop material cycles, the sustainable and climate-friendly carbonization-technology contributes to the reduction of CO2 emissions.
Recycling of Agricultutral Residues
Upcycling of different residuals (e.g. agricultural waste and woodchips) into valuable biochar, which can be used as soil conditioner in arable soils. In addition to improving the quality and quantity of the crop, the green energy generated can be used locally.
Sewage sluge recycling
DISPOSAL OF INDUSTRIAL SLUDGE in China
Industrial waste material can be carbonized
without prior sorting. The resulting homogeneous biochar can, e.g. be used as a filler in further integrated processes.
DISPOSAL OF DIVERSE BIOGENIC RESIDUES
Fields of application
Our technology can be used in a wide range of applications – to solve typical waste and recycling problems.
Learn more about our technology.
With Pyreg, you meet the United Nations SDGs
(Sustainable Development Goals)
The sustainability goals set by the UN are not only relevant for companies that report according to international standards. They define a shared responsibility for all companies along their own supply chain and materiality.
PYREG technology closes the loop and sequesters CO2. Meet the requirements of the UN SDGs today instead of waiting for tomorrow!
Biochar increases soil properties and fertility and thus contributes to a sustainable agriculture.
Due to its enormous surface Biochar offers an excellent capacity to store nutrients and water in the soil.
PYREG carbonization generates renewable energy that can either be used on site or be fed into the local heating network.
PYREG closes the loop in carbon cycles by transforming organic waste into a valuable resource, clearing the path to "green transformation" for these industries.
Biochar can be extracted from the organic waste of cities and then serve as a water reservoir for urban green spaces that are burdened by climate change.
By recycling carbonaceous waste in a sustainable way, PYREG technology closes the loop, lowers the CO2 footprint and generates renewable energy at the same time.
Biochar is included in the IPCC special report as a promising negative emission technology (NET), mitigating climate change.
Due to its enormous surface of 200-500 m² per gram and a high porosity, Biochar retents water and nutrients dissolved in it and thus combats desertification and biodiversity loss.