T/NXXH 028-2024 Technical Specifications for Comprehensive Control of Environmental Pollution in Sheep Farms
T/NXXH 028-2024
Basic Information
Scope
Scope: This document specifies the site selection, layout of the area, pollution control facilities, and basic technical requirements for controlling odor pollution, fecal pollution, wastewater pollution, pathogenic microorganism pollution, drug pollution, and carcass pollution in sheep farms, as well as environmental pollution monitoring and control technologies. This document applies to environmental pollution control in sheep farms. Main technical content: 3. Terms and definitions. The following terms and definitions apply to this document. Environmental pollution refers to the phenomenon that human activities cause changes in environmental elements or their states, deterioration of environmental quality, and disruption and destruction of the dynamic balance of ecosystems and normal living conditions of humans. The environmental pollution referred to in this specification is the pollution caused by sheep activities, namely sheep farm environmental pollution, which mainly includes odor pollution, fecal pollution, wastewater pollution, pathogenic microorganism pollution, drug pollution, and sheep carcass pollution. Odor pollutants refer to all gaseous substances that stimulate the olfactory organs, cause unpleasant feelings, and damage the living environment. Environmental quality evaluation refers to the description and evaluation of environmental quality in a certain area according to certain evaluation standards and methods. Environmental impact evaluation, in the narrow sense, is an important component of the feasibility study of construction projects, which predicts the future environmental impact of a specific construction project and proposes prevention and control measures, providing scientific basis for decision-making departments and suggestions for optimization of design for design departments. In the broad sense, it refers to the use of evaluation methods to predict the possible environmental impact of a major human activity (including development and