The 3R technology is dedicated to provide a cost efficient nutrient recovery solution which is environmentally sustainable for long term.
One of the main challenges of the 21'st century is the increased need for sustainability and competitiveness of agricultural and food production, while safeguarding consumer health, decreasing environmental impacts in agriculture, horticulture and forestry and taking account of climate change. For land based biological resources, special emphasis to be placed on low-input and organic food crop production systems and improved management of resources, with prime concern of optimal recycling and reuse of agro/ food industry by-products and un-exploited biomass resource streams.
Phosphorus a strategic key element of the food crop and animal production in agriculture which cannot be substituted. The phosphate is recognized by the EU as critical raw material (EU COM (2017) 490). The EU is >95% is importing the mineral phosphate, most MS 100%, mineral phosphate containing Cadmium and Uranium toxic elements. The new EU Fertilizing Products Regulation EU 1009/2019 law harmonization (enters in force by July 16, 2022) provides strict safety criteria for fertilizers (including very low Cadmium content), for which most traditional mineral fertilizers cannot meet under market competitive conditions. There are no any other materials with high P2O5 content (>30%) known than apatite minerals from phosphate rocks (but this is contaminated with Cadmium and Uranium) or bone char (that is the natural and pure substance from of the apatite). The low level contaminated phosphate rock resources are already exhausted on global level. In 2008 significant 700% price increase happened in the phosphate sector and by 2020 and beyond additional extreme high price increase to be expected.
The 3R mission is to provide an advanced, economical and environmentally safe ZERO EMISSION PYROLYSIS PROCESS, PHOSPHORUS RECOVERY and RESOURCE CONSERVATION technology solution, - with a unique new perspectives for valorised reuse and added value recycling of un-exploited biomass resources into such products like recovered Bio-Phosphate (Animal Bone Char) organic fertilizers, highly demanded for green energy, agricultural and carbon negative environmental applications.
The 3R-BioPhosphate Ltd. mission and core value is to provide economical, energy independent and environmentally safe zero emission pyrolysis solution to manufacture high nutrient density P-recovered biofertiliser products that is creating values and competitive advantages for its user farmers. 3R provides exceptional new perspectives of valorisation, added value upcycling and reuse of unexploited biomass resources into unique BioPhosphate bio-fertilisers and surplus green energy. Within the established new circular value chain we are targeting to develop strong cooperation and a win-win relationship between the company and our suppliers and other stakeholder partners as well. The BioPhosphate purpose is to create and sustain competitive advantages for food crop producer users by lowering their overall input cost and raise their agri-food production performance.
The new generation 3R zero emission pyrolysis technology is a high added value valorization of the un-exploited biomass resources with wide feed flexibility providing a board range of end-products with the co-production of refined carbons (biochar) and recovered organic Phosphorus fertiliser (Animal Bone Char BioPhosphate) and recycled bio-fuels, all with enhanced overall economy and competitiveness.
The 3R zero emission pyrolysis technology is dedicated to provide a cost efficient carbon refining and nutrient recovery solution which is environmentally sustainable for a long term producing added value products for agriculture, green energy and environmental product industries, while implementing the waste prevention, environmental protection, resource preservation and sustainable economical growth support concepts.
The 3R Zero Emission Pyrolysis meets basic global challenges by providing efficient solution for utilization of un-exploited biomass resources.