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Aeration systems alone within a wastewater treatment plant are known to be responsible for 50-70% of a plant's energy usage. As increasing demand continues to drive up energy costs, many plants are continually looking for ways to maximize efficiency and minimize energy consumption
Wastewater treatment plants can realize energy savings of approximately 20% simply by tailoring their operations to demand. Considering that plant air costs account for 50-70% of the operating budget, substantial costs savings can be generated through gains in efficiency, optimizing maintenance schedules, and minimizing the risk of unplkanned downtime. Choosing the right technology is crucial. The benefits of taking the time to learn about the range of products available from multistage centrifugal blowers, high-speed turbo blowers, positive displacement blowers, or monitoring & controls systems are limitless.
Please hover over the red dots below to discover the applications we work in
Process of removing contaminants, or reclaiming valuable metals and chemicals
Any organic or non-organic material that either floats or settles out via gravity is removed
In the aeration basin microorganisms (sludge), a food source (pollutants in the wastewater flow), and oxygen are brought together. This results in controlled metabolism of the pollutants
Chemicals can be mixed into the activated sludge before it enters the secondary sedimentation tank
The purpose of secondary clarifiers is to separate the incoming biomass from the biological reactors into clarified effluent and thickened sludge.
Air is used to expand the filter bed, breaking up compacted material
Chemicals are added to decrease chlorine content
Discharge into a river or a sea
Streaming river
Waste produced as a result of various agricultural operation
Waste produced as a result of various industrial operation
Waste produced as a result of domestic residuals
Residual sludge digesting in order to reduce its volume and to produce energy
Power-to-gas for injection into the gas grid
Our global network of water treatment professionals bringsover 85 years of real-world application experience and anextensive equipment portfolio to get the results you need.
Please hover over the red dots below to discover the applications we work in
Water enters through a series of screens that remove debris before pumping water into the treatment process
Purifies the water by disinfecting and removing odor
Chemicals are mixed into raw water to neutralize suspended particles.
Various chemicals are housed for safety, storage and used throughout the treatment process
Flocculent and polymer chemicals increase the settling rate of neutralized particles that bind together and settle on the bottom of the tank
Water is filtered to remove any remaining particles
Water is stored long enough to have contact with disinfectants
Sludge from the sedementation stage is dewatered on a filter press or centrifuge
A final step in the water treatment process add fluoridation, if required, and disinfectant
Elevated storage provides pressure waiting for distribution
Clean water is readily distributed to homes, commercial, industry and agricultural
"Using Milton Roy, a premium brand in the industry, has proven that product quality and performance are one of our important successes of water production to serve our nation. We are glad to have Milton Roy as our valued partner, consistently providing good support throughout the project lifecycle. We look forward to working together on future projects again."
Desalination plant in Singapore