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Information × Registration Number 0216U003603, 0114U000160 , R & D reports Title Explore the impact of technology training to wastewater disposal in the industrial production of pork оn greenhouse gases and ammonia. popup.stage_title Head Piskun Viktor Ivanovich, Registration Date 02-02-2016 Organization Institute of Animal Science of the National Academy of Agrarian Sciences of Ukraine popup.description2 On the basis of the gross energy consumed animals at the complex for the production of pork, by value of methane emissions, direct emissions of nitrogen and indirect emissions of nitrogen per unit per head values and the equivalent CO2 per year, which are determined on the basis of crude protein, crude fat, crude fiber and MAR in feed. For technologies of wastewater for use without processing to produce renewable energy determination showed that methane emissions per head amounted to the equivalent of CO2 - 118,24 kg. The rate of direct emissions of nitrogen per head in CO2 equivalent - 16,4 kg. Side oxide emissions were equivalent CO2 - 1,64 kg per head. For technology for the use of sewage by gravity processing and produce renewable energy methane emissions per head amounted to the equivalent of CO2 - 116,38 kg. The rate of direct emissions of nitrogen per head in CO2 equivalent - 17,6 kg. Side oxide emissions were equivalent CO2 - 1,64 kg per head. Using pig litter system with mechanized removal system can reduce greenhouse gas 7,48 times compared to the technology of wastewater without the use of treatment with hydraulic removal system. Using resource-saving technologies of waste water for use in industrial pork production division gravity methods, which includes - processing outgoing wastewater in the unit thin-layer ustoyuvannya while compaction of sediment from the raw sewage to humidity no higher than 92%, and gravitational free for dehydration of sludge, followed quarantine solids and its biotermichnym disinfection and quarantine of the liquid fraction and its deworming ustoyuvannyam. with hydraulic removal system and obtaining organic fertilizers can reduce greenhouse gas emissions in 38,73 times compared to the technology of wastewater without the use of treatment with hydraulic removal system and a - 1,42 times compared to the technology of wastewater for use with division filter by pressing with hydraulic removal system. At the same time the use of resource-saving technologies of wastewater for use with hydraulic removal system in comparison with the technology training in pig litter system with mechanized removal system can reduce greenhouse gas emissions in 5,17 times. Product Description popup.authors Камишан Наталя Василівна Ковбата Володимир Борисович Кривцунов Анатолій Олексійович Кукса Тетяна Борисівна Мироненко Анатолій Прохорович Піскун Віктор Іванович Помітун Лариса Іванівна Сікун Микола Вікторович popup.nrat_date 2020-04-02 Close