ニュース
04
Aug
2023
NOVAX MVR distillation professional water treatment technology - applicable wastewater types and specifications
NOVAX MVR distillation professional water treatment technology - applicable wastewater types and specifications
In the past 10 years, the research in the field of reclaimed water has mostly relied on imported equipment from abroad. From laying the foundation to the current technology has gradually matured and developed. The new MVR evaporator launched by NOVAX Materials is based on the reduction of waste liquid and the dehydration and concentration of waste liquid in industrial applications. Mainly, while creating recycled water, it also allows the industry to meet the emission standards of existing regulations. The equipment specifications equipped with MVR distillation energy-saving technology are as follows:
According to the different types and concentrations of wastewater, the company's newly launched MVR evaporator can treat a wide range of wastewater types, and can also be customized according to different customer needs. Customers must first be clear about the types of wastewater you need to treat. For the substances to be removed, it is judged by the bottle-cup experiment in advance. Based on our company's experience and actual performance, the wastewater that can be treated by MVR distillation technology includes: cyanide wastewater, boron wastewater, nitrate nitrogen wastewater, Ammonia nitrogen wastewater, sulfate wastewater, chlorinated salt wastewater, nickel nitrate wastewater, heavy metal wastewater, and other inorganic wastewater are all the strengths of our NOVAX MVR evaporator.
Taking the case benefit analysis of copper sulfate dehydration process as an example, the water removal capacity is 10 tons per day (the original concentration is 3% dehydration and concentrated to 41%, and the power consumption of 1 ton of water removal is 77kwh), the performance of Nova MVR evaporator is far better than other distillation methods.
Although NOVAX MVR evaporator can effectively treat wastewater and achieve energy saving, MVR (mechanical vapor recompression technology) uses distillation to treat wastewater, which cannot be used for wastewater with a lower boiling point than water, such as benzene-containing wastewater. For wastewater containing surfactants, pre-treatment is required to separate the surfactants before MVR can be used for distillation. In addition to having a boiling point too low for MVR to treat, fluorine-containing wastewater also causes a lot of damage to the machine. Large, it is not within the scope of MVR processing.
Taiwan is gradually tightening water discharge standards. As standards continue to improve, some businesses have begun to move into industrial zones. In the past, businesses were often reluctant to move into industrial zones due to cost considerations, but now most industrial zones are gradually saturated. Although the Environmental Protection Agency has given The grace period has been tightened in stages, but in older industrial areas, because there is no space to install new equipment or the funds cannot be afforded, it is not easy to adjust the equipment and pipeline configuration design of these factories, especially when facing After tightening regulations, such as boron wastewater, which is a headache, NOVAX MVR evaporator will help factory owners improve wastewater, reduce wastewater, recycle resources, and achieve the ultimate goal of zero emissions.
In the past 10 years, the research in the field of reclaimed water has mostly relied on imported equipment from abroad. From laying the foundation to the current technology has gradually matured and developed. The new MVR evaporator launched by NOVAX Materials is based on the reduction of waste liquid and the dehydration and concentration of waste liquid in industrial applications. Mainly, while creating recycled water, it also allows the industry to meet the emission standards of existing regulations. The equipment specifications equipped with MVR distillation energy-saving technology are as follows:
According to the different types and concentrations of wastewater, the company's newly launched MVR evaporator can treat a wide range of wastewater types, and can also be customized according to different customer needs. Customers must first be clear about the types of wastewater you need to treat. For the substances to be removed, it is judged by the bottle-cup experiment in advance. Based on our company's experience and actual performance, the wastewater that can be treated by MVR distillation technology includes: cyanide wastewater, boron wastewater, nitrate nitrogen wastewater, Ammonia nitrogen wastewater, sulfate wastewater, chlorinated salt wastewater, nickel nitrate wastewater, heavy metal wastewater, and other inorganic wastewater are all the strengths of our NOVAX MVR evaporator.
Taking the case benefit analysis of copper sulfate dehydration process as an example, the water removal capacity is 10 tons per day (the original concentration is 3% dehydration and concentrated to 41%, and the power consumption of 1 ton of water removal is 77kwh), the performance of Nova MVR evaporator is far better than other distillation methods.
Although NOVAX MVR evaporator can effectively treat wastewater and achieve energy saving, MVR (mechanical vapor recompression technology) uses distillation to treat wastewater, which cannot be used for wastewater with a lower boiling point than water, such as benzene-containing wastewater. For wastewater containing surfactants, pre-treatment is required to separate the surfactants before MVR can be used for distillation. In addition to having a boiling point too low for MVR to treat, fluorine-containing wastewater also causes a lot of damage to the machine. Large, it is not within the scope of MVR processing.
Taiwan is gradually tightening water discharge standards. As standards continue to improve, some businesses have begun to move into industrial zones. In the past, businesses were often reluctant to move into industrial zones due to cost considerations, but now most industrial zones are gradually saturated. Although the Environmental Protection Agency has given The grace period has been tightened in stages, but in older industrial areas, because there is no space to install new equipment or the funds cannot be afforded, it is not easy to adjust the equipment and pipeline configuration design of these factories, especially when facing After tightening regulations, such as boron wastewater, which is a headache, NOVAX MVR evaporator will help factory owners improve wastewater, reduce wastewater, recycle resources, and achieve the ultimate goal of zero emissions.