Water and Wastewater Filtration & Separation Solutions
Water and wastewater treatment systems are critical to industrial operations, municipal infrastructure, and environmental stewardship. New World Filtration delivers advanced filtration and separation solutions engineered to improve water quality, protect treatment assets, and support reliable performance across complex treatment processes.
Our solutions enable operators to meet stringent regulatory requirements, optimize plant efficiency, and support water reuse initiatives while minimizing operational risk and lifecycle costs. New World Filtration combines application engineering expertise with proven filtration technologies to deliver customized, performance-driven solutions tailored to specific treatment requirements.
Engineered Filtration & Water Purification for Treatment Operations
Effective filtration and purification are critical at every stage of the water treatment lifecycle—from raw water intake and pretreatment through advanced purification, polishing, and compliant discharge. New World Filtration designs and supplies robust filtration, separation, and purification systems capable of managing suspended solids, oils, organics, dissolved contaminants, and fine particulates across a broad range of water and wastewater applications.
All solutions are engineered for continuous operation, variable influent conditions, and demanding regulatory environments. Systems are designed for new installations as well as retrofits and capacity upgrades within existing treatment infrastructure. Our solutions are engineered to support compliance with project-specific water quality, treatment, and discharge regulations.
Critical Applications We Support
Targeted filtration, separation, and purification solutions across water and wastewater treatment processes:
- Raw Water Intake & Pretreatment - Removal of debris, sediments, and suspended solids to protect downstream treatment processes and equipment.
- Water Purification & Process Water Conditioning - Advanced filtration and purification solutions to achieve required water quality for potable use, industrial processes, boiler feedwater, cooling systems, and specialized applications.
- Industrial Process Water Treatment - Filtration and purification systems for cooling water, boiler feedwater pretreatment, and process water applications to improve reliability and operational efficiency.
- Wastewater Treatment & Polishing - Solids removal, oil–water separation, and fine filtration supporting biological treatment, tertiary polishing, and discharge compliance.
- Produced Water & Industrial Effluent Treatment - Advanced separation solutions for high-load and complex wastewater streams commonly found in industrial and resource-intensive operations.
- Water Reuse & Recycling Systems - Filtration and purification solutions that enable safe water reuse, reduce freshwater demand, and support sustainable water management strategies.
Specialized Filtration & Water Purification Services
- Solids Removal & Clarification - Systems designed to handle fluctuating solids loading and a wide range of particle sizes.
- Oil–Water Separation - High-efficiency coalescing and separation technologies for effective hydrocarbon removal from wastewater streams.
- Fine, Polishing & Purification Filtration - Advanced filtration and purification technologies for turbidity control, dissolved contaminant reduction, and final polishing applications.
- Membrane Protection & Pretreatment - Pretreatment systems engineered to protect downstream membranes used in purification processes and extend service life.
- Sludge & Residuals Management - Filtration and separation solutions supporting sludge thickening, dewatering, and residuals handling.
Operational & Performance Benefits
Delivering consistent water quality, regulatory compliance, and long-term operational reliability. Delivering measurable value across water, wastewater, and purification systems:
- Improved treated water and effluent quality
- Consistent compliance with regulatory and quality standards
- Enhanced system reliability and reduced unplanned downtime
- Extended service life of pumps, membranes, and treatment equipment
- Increased water reuse and reduced freshwater consumption
- Lower operating and maintenance costs
- Improved process stability under variable influent conditions
Water purification is the method of removing unwanted chemicals, including the contaminating agents ,deposited solids, as well as gases from water. The aim of this method is to make water fit for purpose. Usually water is purified for drinking purposes but it may also be used in medical, chemical and pharmacological applications.
The methods involved in commercial water filtration include distillation, filtration and chlorination etc. Water purification may help in reducing particulates in the water. The standard of drinking water is set by the state authorities in accordance with the global norms.
One can’t claim whether water is of best quality by visual testing. Authentic processes like the use of regular carbon filtration aren’t enough to detect quality of water from an unknown source.
The methods involved in commercial water filtration include distillation, filtration and chlorination etc. Water purification may help in reducing particulates in the water. The standard of drinking water is set by the state authorities in accordance with the global norms.
One can’t claim whether water is of best quality by visual testing. Authentic processes like the use of regular carbon filtration aren’t enough to detect quality of water from an unknown source.
Groundwater
Deep groundwater is considered the safest. Groundwater has a degree of clarity and doesn’t require chlorination. Reducing the content of magnesium in this water may be required.
Reservoirs
Reservoirs have significant bacterial load and may also contain algae.
Rivers
Rivers are one of the prime sources of water, but often involve greater bacterial level and various solid particulates.
Technologies like atmospheric water generation are used for producing high quality water.
Apart from these, other sources of water include rainwater, seawater, upland lakes and freshwater bodies.
Deep groundwater is considered the safest. Groundwater has a degree of clarity and doesn’t require chlorination. Reducing the content of magnesium in this water may be required.
Reservoirs
Reservoirs have significant bacterial load and may also contain algae.
Rivers
Rivers are one of the prime sources of water, but often involve greater bacterial level and various solid particulates.
Technologies like atmospheric water generation are used for producing high quality water.
Apart from these, other sources of water include rainwater, seawater, upland lakes and freshwater bodies.
Water purification is the process of removing contaminants and solid particulates from untreated water. This process is used for making water safe for human consumption.
Suspended solids, bacteria,algae and fertilizers etc are removed during this process.
Suspended solids, bacteria,algae and fertilizers etc are removed during this process.
- Process of aeration is carried out along with pre-chlorination for elimination of iron
- Sedimentation is carried out for separation of solid particles from water.
- Filtration is done for removing tiny particles from water.
- Desalination process is done for removing salt from the water.
- Disinfection is used for killing bacteria.
- Boiling and cooling water treatment are the main processes used in industrial water treatment.
- Untreated water can result in corrosion of machinery and drop the efficiency of the machinery as well.
- With proper treatment, this water might become reusable. This reduces the amount of effluent that is discharged.
Reverse Osmosis
Reverse osmosis (RO) uses a semipermeable membrane. This process is used in industries to remove unwanted molecules and ions from solutions. The solute is accumulated on one side of the membrane and the pure solvent is allowed to pass to the other side. This membrane only allows small particles to pass through it and block the larger ones.
Reverse osmosis (RO) uses a semipermeable membrane. This process is used in industries to remove unwanted molecules and ions from solutions. The solute is accumulated on one side of the membrane and the pure solvent is allowed to pass to the other side. This membrane only allows small particles to pass through it and block the larger ones.