Search academic texts

Information × Registration Number 0214U002341, 0111U003440 , R & D reports Title To develop the scientific basis of technology assessment training to wastewater disposal in animal popup.stage_title Head Piskun Viktor Ivanovich, Registration Date 29-01-2014 Organization Institute of Animal Science of the National Academy of Agrarian Sciences of Ukraine popup.description2 The systematization of methods for removing and wastewater treatment in industrial pig production technologies , taking into account the animal , identified greenhouse gas emissions by wastewater treatment technology for use without processing to remove the hydraulic system and wastewater treatment technology for use without treatment with mechanical removal system . Identified greenhouse gas emissions by wastewater treatment technology for use with mechanical separation unit - filter - compression using equipment "BAUER". Methane emissions totaled 136,750.19 kg and kg CO2 equivalent 2871768.8 . Direct emissions of nitrogen rates for the reporting period showed that they were 246.64 kg and 76458.4 kg CO2 equivalent , and side nitrogen emissions were 2466.36 kg and CO2 equivalent 764,571.6 kg. Greenhouse gas emissions by wastewater treatment technology for use with separation by gravity methods showed methane emissions amounted to 84171.76 kg and kg CO2 equivalent 1767607.0 . Determining tempo of direct emissions of nitrogen during the reporting period showed that they were 246.64 kg and 76458.4 kg CO2 equivalent , and side nitrogen emissions were 2466.36 kg and CO2 equivalent 764,571.6 kg. Studies have shown that greenhouse gas emissions of methane technology with mechanical separation of waste is less than 34.8 - 56.6 times higher than on technologies to ispllzovaniyu pozhgotovki wastewater without treatment with hydraulic removal system . Thus, the technology of preparation of waste for use without machining , or mechanical separation effluent determines the predominant form of greenhouse gas that is formed during the preparation of waste for use. Product Description popup.authors Данець Любов Камишан Козлов Юрій Анатолійович Магтогян Мироненко Анатолій Прохорович Михальова Людмила Миколаївна Помітун Лариса Попова Ірина Сікун Микола Вікторович Федак Надія Федорівна popup.nrat_date 2020-04-02 Close