Our wastewater treatment services help reduce your costs and environmental impact.
Waste water from industrial processes contains pollutants such as oil and grease, dissolved organics and other toxic materials that must be removed before it can be discharged.
Treatment plants remove solids, break down organics and restore the oxygen content of the treated water before it is returned to the environment. They accomplish this through four sets of operations: preliminary, primary, secondary and sludge treatments.
Process flow
The process flow of an industrial wastewater treatment plant involves a number of major units, each with unique and critical requirements. These include preliminary treatment, primary treatment, trickling filters, RBC units, physical and chemical treatment, chlorination and dechlorination, sludge thickening and dewatering, and the disposal of the solid waste material.
We can help you save money and protect the environment with our cost-effective wastewater treatment solutions.
Preliminary treatment begins with screening of the wastewater to remove large solids and rags that could clog pipes or disable pumps if not removed. This is done through mechanically cleaned bar screens and grit chambers that slow the velocity of the wastewater so that grit, sand, and other abrasive materials can settle to the bottom.
Next, wastewater is sent to aeration basins where oxygen is added to the water and microorganisms are seeded to break down organic matter. The microorganisms are then aerated to keep the dissolved oxygen levels in the water high enough for them to thrive. This is an important step in the pretreatment process because it allows the microorganisms to consume a substantial amount of the BOD (Biochemical Oxygen Demand; the organic matter) quickly.
Sanitary requirements
An industrial wastewater treatment plant is a series of structures, equipment, and processes designed to treat the waste produced by a company’s processes. The treated wastewater (also called effluent) is then discharged to a sanitary sewer or to a surface water in the environment.
Our team can help you reduce your costs and improve your environmental performance with our advanced wastewater treatment technologies.
A wastewater treatment facility has numerous sanitary requirements that must be met in order to operate safely and effectively. These include removing debris and grit, providing proper disposal methods for sludge and ensuring that wastewater does not leave the facility untreated or pollute water sources nearby.
The sanitary design of a wastewater treatment plant is an important step in the process of securing permits from local environmental authorities. In addition, a wastewater treatment plant may also need to meet specific effluent standards to protect the environment.
Technological scheme
The technological scheme of an industrial wastewater treatment plant involves choosing the right equipment and designing a civil layout that is efficient for the specific plant. It also takes into account the type of wastewater that will be treated and how it needs to be cleaned.
Wastewater that is produced in factories and other industrial facilities has to be treated before it can be disposed of into rivers or oceans. This ensures that the concentration of pollutants is at an acceptable level before being released into the environment.
The first step in the wastewater treatment process is to screen and settle solids. The water enters the plant and flows through a large screen that has holes that are 5mm in diameter. This helps to remove larger solids that cannot pass through the holes.
Equipment
An industrial wastewater treatment plant is designed to remove waste, pollutants, and contaminants from water. This process helps to protect our environment and reduce the impact of industrial wastewater on the surrounding community.
During the process, various machines and processes are used to treat sewage. This allows it to be safely returned to an ocean or lake.
The first stage of the treatment process involves screening. This helps to remove large particles from the water.
Aeration is another important step of the process. This is done by aerators, which are pipes or tubes with small holes in them that allow air to flow through them.
This oxygenation can help to break down the organic material that makes the sewage smell and look the way it does. The bacteria in the water can then digest the organic material.
