Noticias
06
Aug
2023
NOVAX MVR Distillation - Improving Wastewater Problems and Creating Reclaimed Water
Wastewater treatment is a tedious task. Wastewater generated by industrial manufacturing must be properly treated to comply with environmental regulations. Zero wastewater discharge is a technology that has emerged in response to this demand and to reduce the impact on the environment. The traditional zero-discharge wastewater treatment technology is to first pretreat the wastewater and then completely separate the water and solid matter through evaporation and crystallization. However, because evaporation and crystallization are quite energy-consuming technologies, MVR distillation energy-saving technology has now been developed. Gradually mature, MVR distillation energy-saving technology concentrates wastewater and recycles water at the same time. The secondary steam generated after heating can be sent back to the evaporator as a heat source for recycling, reducing 80~95% of energy consumption.
In response to different wastewater qualities, wastewater recycling and emission reduction are always important issues in wastewater treatment technology. Only by continuously developing and testing various technologies, equipment or systems can we provide customers with wastewater treatment solutions and prepare for regulatory compliance. According to the chemical properties of the main pollutants contained in industrial wastewater, it is divided into inorganic wastewater or organic wastewater. For example, electroplating wastewater and wastewater from mineral processing are inorganic wastewater; wastewater from food or petroleum processing is organic wastewater. In recent years, extreme climate changes have led to an increase in abnormal rainfall and extreme drought events. The supply of traditional water sources has been unstable. In addition, the demand for water in various industrial areas has grown. To maximize the benefits of water resources, Nova MVR distillation equipment plays an important role in wastewater treatment. Its main processing strength is inorganic wastewater, especially boron wastewater and nitrate nitrogen wastewater. It produces regenerated water through equipment distillation, so that water resources can be regenerated and recycled, and the discharge of wastewater can also be reduced.
NOVAX MVR equipment is a very energy-saving equipment. It will not cause huge electricity bills or other pollution in pursuit of 100% water recovery. In the future, it will continue to optimize the equipment system and implement the concept of sustainable management of the enterprise through the MVR evaporator. .
In response to different wastewater qualities, wastewater recycling and emission reduction are always important issues in wastewater treatment technology. Only by continuously developing and testing various technologies, equipment or systems can we provide customers with wastewater treatment solutions and prepare for regulatory compliance. According to the chemical properties of the main pollutants contained in industrial wastewater, it is divided into inorganic wastewater or organic wastewater. For example, electroplating wastewater and wastewater from mineral processing are inorganic wastewater; wastewater from food or petroleum processing is organic wastewater. In recent years, extreme climate changes have led to an increase in abnormal rainfall and extreme drought events. The supply of traditional water sources has been unstable. In addition, the demand for water in various industrial areas has grown. To maximize the benefits of water resources, Nova MVR distillation equipment plays an important role in wastewater treatment. Its main processing strength is inorganic wastewater, especially boron wastewater and nitrate nitrogen wastewater. It produces regenerated water through equipment distillation, so that water resources can be regenerated and recycled, and the discharge of wastewater can also be reduced.
NOVAX MVR equipment is a very energy-saving equipment. It will not cause huge electricity bills or other pollution in pursuit of 100% water recovery. In the future, it will continue to optimize the equipment system and implement the concept of sustainable management of the enterprise through the MVR evaporator. .