The vacuum sprayer is mainly used to treat different waste liquid by pyrolysis reaction. This technique has a wide range of applications and can be applied to almost any wastewater concentrate. The vacuum spray device can separate 90-95% water from wastewater solution. Since the boiling point of water in a vacuum is 35 degrees, the vacuum spray device can effectively separate the water from the concentrated liquid. The boiling point of water is greatly reduced to 80-90 degrees Celsius relative to normal temperature. Under such conditions, the separated water can be recycled. The residue after distillation may also be recovered or further treated by post treatment. Different types of GSA vacuum sprays can be treated within the required range up to 250 tons of waste water per hour.
The vacuum sprayer is mainly used to treat different waste liquid by pyrolysis reaction. This technique has a wide range of applications and can be applied to almost any wastewater concentrate. The vacuum spray device can separate 90-95% water from wastewater solution. Since the boiling point of water in a vacuum is 35 degrees, the vacuum spray device can effectively separate the water from the concentrated liquid. The boiling point of water is greatly reduced to 80-90 degrees Celsius relative to normal temperature. Under such conditions, the separated water can be recycled. The residue after distillation may also be recovered or further treated by post treatment. Different types of GSA vacuum sprays can be treated within the required range up to 250 tons of waste water per hour.