Membrane Based Technologies

RO | Reverse Osmosis

We provide design, engineering, commissioning, and optimization services for Reverse Osmosis systems used for high-quality water production, desalination, water reuse, and industrial applications.

Our services include:
System design & engineering • Performance evaluation • Recovery optimization • Energy optimization • Troubleshooting • Existing RO optimization • New energy-efficient RO design

NF | Nanofiltration

We provide engineering and optimization support for Nanofiltration systems where selective separation is required for water and industrial applications.

Our services include:
Process evaluation • Application Development • System design & Engineering • most suitable Membrane selection • Performance assessment • Operating-condition optimization • System troubleshooting

UF | Ultrafiltration

UF | Ultrafiltration Our Ultrafiltration solutions support wastewater treatment, potable water treatment, desalination pre-treatment, and water reuse applications.

Our services include:
System design & engineering • Process optimization • Membrane performance evaluation • Fouling assessment • Cleaning optimization • Troubleshooting • Performance improvement

MBR | Membrane Bioreactor

We provide technical solutions and optimization support for Membrane Bioreactor systems used for advanced biological treatment in ETP and STP applications.

Our services include:
System design & engineering • Process optimization • Membrane performance evaluation • Fouling control • Cleaning optimization • Operational troubleshooting • Treated-water quality improvement

Design & Engineering

Customized membrane and water treatment systems engineered around your process requirements, water quality, capacity, and site conditions.

Commissioning

Installation support, start-up assistance, testing, and performance validation to ensure the treatment system operates safely and as designed.

System Optimization

We optimize operating conditions, recovery, energy consumption, cleaning procedures, and process parameters to improve overall system performance.

Plant Optimization

Systematic evaluation and troubleshooting of existing membrane and RO plants to improve capacity, reliability, efficiency, water quality, and membrane life.

Membrane Performance Evaluation

Assessment of flux, pressure, rejection, recovery, operating data, and other key parameters to identify performance gaps and improvement opportunities.

Fouling & Scaling Assessment

Identification of organic, inorganic, biological, and colloidal fouling or scaling mechanisms affecting membrane performance.

Membrane Cleanability Testing

Evaluation of cleaning methods and cleaning effectiveness to determine the most suitable approach for restoring membrane performance.

Tailor-Made Cleaning Chemical Development

Selection and development of application-specific cleaning chemical formulations based on membrane type, foulant characteristics, and water chemistry.

CIP Optimization

Optimization of Clean-in-Place procedures, including chemical selection, concentration, temperature, flow, cleaning sequence, and duration.

Recovery Optimization

Optimization of system recovery to maximize water production while controlling fouling, scaling, and operational risks.

Membrane System Troubleshooting

Root-cause analysis of performance issues such as high pressure, low flux, poor rejection, abnormal operating conditions, and declining system capacity.

Energy Optimization

Identification of opportunities to reduce specific energy consumption through process optimization, operating-condition adjustments, and equipment improvements.

Existing RO Optimization

Performance evaluation and optimization of existing RO plants to improve permeate quality, recovery, capacity, membrane life, and overall operating efficiency.

New RO Energy-Efficient Design

Design of new RO systems with optimized membrane selection, hydraulic configuration, recovery, and operating conditions to reduce energy consumption and improve long-term performance.

Sustainable Water Treatment

Our approach focuses on more water, less waste, and efficient operation.

By optimizing recovery, reducing energy and chemical consumption, improving cleaning practices, and extending membrane life, we help treatment systems operate more efficiently while supporting responsible and sustainable water management.

Better Performance. Higher Recovery. Lower Operating Costs.

From MF and UF pre-treatment to NF, RO, and MBR systems, we provide the technical expertise required to design, commission, troubleshoot, and optimize membrane-based water and wastewater treatment systems.