Low temperature decomposition technology of ammonia nitrogen wastewater
Magnesium salts, pharmaceutical intermediates, electronics, precious metal smelting, hydrometallurgy and other industries have a large amount of ammonium nitrogen wastewater, ammonia-containing wastewater, ammonia-containing waste gas, which not only seriously pollutes the environment, but also causes the loss of ammonium (ammonia) resources. . Comprehensive utilization of ammonium nitrogen wastewater, ammonia-containing wastewater, and ammonia-containing waste gas can not only eliminate environmental pollution, but also increase system economic benefits.
For the ammonium nitrogen wastewater, ammonia-containing wastewater and ammonia-containing waste gas physical properties, treatment volume, target products received and emission standards, etc., to provide users with targeted personalized process and equipment configuration solutions, providing a complete set of processes Program optimization, process design, equipment design, equipment installation design, equipment installation site guidance, equipment commissioning, production commissioning, operation compliance, production and process engineer training, post main operator training, laboratory training, raw materials and product analysis methods A complete set of technical support for the preparation of the intermediate analysis method for the preparation and production process and the preparation of the process operation rules.
There are various process and equipment configuration schemes for the comprehensive utilization of ammonium nitrogen wastewater, ammonia-containing wastewater and ammonia-containing waste gas. The comprehensive utilization product can be either ammonium salt or liquid ammonia or ammonia water. Ensure that the process is environmentally sound. In the decomposition process of ammonia-nitrogen wastewater, the energy consumption is significantly reduced due to the low reaction temperature, which greatly reduces the cost of wastewater treatment.