Environmentally Friendly Farming Based on the Principle of Zero Waste Agriculture

В статье применены компьютерные методы оценки состояния прилегающей территории сельскохозяйственного предприятия по разведению лошадей. Проведена оценка распространения загрязняющих веществ на прилегающей территории, в частности, рассеивание парниковых газов. Предлагается организация принудительной и организованной системы вентиляции конюшен и установки перспективной очистной установки с эффективностью более 80 % при минимальных энергозатратах.The article uses computer methods to assess the condition of the adjacent territory of an agricultural enterprise for breeding horses. An assessment of the spread of pollutants in the surrounding area, in particular, the dispersion of greenhouse gases, has been carried out. It is proposed to organize a forced and organized ventilation system for stables and install a promising treatment plant with an efficiency of more than 80% with minimal energy consumption

Implementation of poultry waste disposal technology for energy and fertilizer production

The developed unit, which implements the technology of separation of raw materials into useful components by thermal destruction, makes it possible to obtain fuel synthesis gas, in which carbon monoxide (CO) and hydrogen (H2) predominate, suitable for use in internal combustion generators for generating electrical energy, as well as saturated ash potassium (K) and phosphorus (P) suitable as a fertilizer in agriculture

Method of Two-Factor Authentication of Electronic Documents Using Enhanced Encrypted Non-Certified Digital Signature with the Use of Security Token with Biometric Data

The purpose of this study is to develop a method for two-factor authentication of electronic documents using an enhanced encrypted non-certified digital signature with the use of a security token with biometric data (fingerprint image). In order to achieve the goal, the method of comparative analysis was used. Existing algorithms for the electronic signature operation were studied. The method of multi-factor authentication of an electronic signature using biometric data has been studied in detail. Biometric data included: a handwritten password, an autograph, typing biometrics when typing a pass phrase, a facial image, typing biometrics when typing a free text. An external storage medium with a biometric authentication method based on a fingerprint image was also studied. Information on this media was accessed by scanning a fingerprint image. After conducting a comparative analysis and studying in detail these methods, a method for two-factor authentication of an electronic signature using a security token with biometric data was developed

Implementation of poultry waste disposal technology for energy and fertilizer production

The developed unit, which implements the technology of separation of raw materials into useful components by thermal destruction, makes it possible to obtain fuel synthesis gas, in which carbon monoxide (CO) and hydrogen (H2) predominate, suitable for use in internal combustion generators for generating electrical energy, as well as saturated ash potassium (K) and phosphorus (P) suitable as a fertilizer in agriculture