and, thus, uh, their biomass can be used for the production of useful substances, the team of yulia kulikovaentific institute employee. now it works not only with algae, but also with waste from biological and honest facilities, as well as the topic that remains from the production of paper is a reactor in which the main process of hydrothermal burning takes place, it involves conversion, and wet biomass. e, in the presence of water, as a result of the process , the formation of oil bio coal and waste water, which can also be then turned into biogas in the reactor under high pressure and temperature, natural processes of oil formation are accelerated millions of years fit into 20 minutes such is the time machine cursor of oil, and can be added to the flow of fossil oil and will be processed jointly at oil refineries. we solve the problem of excess emissions. mm greenhouse gases, thereby solving climate technology problems. with successful scaling, it will allow processing up to 70% of biological waste stored in landfills, that is, freeing up vast territories. at the institute of living syste

and, thus, uh, their biomass can be used for the production of useful substances by the team of yulia kulikovaow it works not only with algae, but also with waste from biological and honest facilities, as well as those that remain from the production of paper. this is the reactor in which the main process of hydrothermal decomposition takes place. it assumes conversion, and biomass wet. e, in the presence of water, the process results in the formation of bio coal oil and waste water. which can also then turn into biogas in a reactor under high pressure and temperature is accelerated, the natural processes of oil formation, millions of years fit into 20 minutes, such a time machine we get with an oil cursor, and can be added to the flow of fossil oil and be processed together in refineries , and we solve the problem of excess missions. m-m greenhouse gases, thereby solving climate problems of the technology with its successful scaling will allow processing up to 70% of biological waste stored in landfills, that is, freeing vast territories. at the institute of living systems, algae are consider

water and, thus, their biomass can be used for the production of useful substances by the team of yulia kulikovarcher at the institute. now it works not only with algae, but also with waste from biological treatment plants, as well as those that remain from the production of paper. this is the reactor in which the main process of hydrothermal liquefaction takes place. it involves conversion. uh, biomass wet. uh, in the presence of water, as a result of the process, the formation of oil occurs. bio coal and waste water, which can also be turned into biogas in the reactor under high pressure and temperature. natural processes of oil formation are accelerated. millions of years fit into 20 minutes. added to the fossil oil stream and will be co-processed in refineries, and we solve excess emissions. mm greenhouse gases, thus solving the climate problems of technology if it is successfully scaled up, it will allow processing up to 70% of biological waste stored at landfills, that is, freeing up vast territories. at the institute of living systems , algae are being researched by several laboratories ,

pollutants and, thus, their biomass can be used for the production of useful substances by the team of yulia kulikovawith algae, but also with waste from biological and honest facilities, as well as those that remain from the production of paper. this is the reactor in which the main process of hydrothermal burning takes place. it assumes conversion while biomass is wet. e, in the presence of water, the process results in the formation of bio-coal oil and waste water, which can also turn into biogas in a reactor under high pressure and temperature, the natural processes of oil formation are accelerated, millions of years fit into 20 minutes, such a time machine we get oil, or it can be added to the flow of fossil oil and will be processed jointly at oil refineries. we solve the problem of excess emissions. mm greenhouse gases, thereby solving climate technology problems. with successful scaling, it will allow processing up to 70% of biological waste stored at landfills, that is, to free vast territories. at the institute of living systems , algae are studied by several laboratories ; it is considered