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WATER TECHNOLOGIES

Water Services

 

Technology Assessments

 

Business Development

 

Project Management

 

Licensing & Partnering Opportunities

 

R&D, Prototyping, Pilot Plants & EPC Sourcing

 

Supply Chain Recommendations

 

Operations Management

 

R&D, Engineering & Product Development Roadmaps

WATER TECHNOLOGIES FOCUS

Water Treatment & Reuse

 

 

Depending upon the type of waste and process conditions, we can offer waste treatment solutions covering some of the following areas:

 

Membranes & Filters

 

  • Microfiltration

  • Nanofiltration

  • Ultrafiltration

  • Reverse Osmosis

  • Ion exchange

  • Sand

  • Deionization

 

Chemicals & Adsorbants

 

  • Activated carbon

  • Advanced oxidation

  • Catalytic oxidation

  • Distillation

 

Photochemical

 

  • Photocatalytic oxidation/reduction

  • Ozone (photolysis)

  • UV radiation

 

Biological

 

  • Activated sludge

  • Trickling filter

  • Bioreactors

 

Thermal

 

  • Evaporators

  • Heat Exchangers (multiple formats)

  • Distillation

  • Crystallizers

 

 

 

QC, Analytical & Infrastructure

 

 

Analytical Instruments & QC Testing

 

  • Gas & Liquid Chromatography

  • UV-VIS/NIR

  • Titration

  • Online analyzers (TOC, pH, DO, COD, nutrients)

  • Electrochemistry

  • Reagents

  • Refractometers

  • Lab software

 

Water Infrastructure

 

  • Pumps

  • Valves

  • Meters

  • Switches

  • Tanks

  • Automation (e.g. Robotics, Software)

  • Instruments and Controls

  • Chemicals

  • Equipment and materials for the various treatment technologies (e.g. membranes, evaporators, crystallizers, reverse osmosis systems, electrodeionization)

  • Corrosion control

 

 

Desalination

 

 

Our expertise spans both thermal and physical desalination technologies. In brief, this includes:

 

  • Multi-stage Flash (MSH)

  • Multi-effect Distillation (MED)

  • Reverse Osmosis (RO)

 

 

Desalination projects are highly complex, capex intensive and require detailed planning of several parameters such as:

 

  • Plant size and capacity

  • Access to energy (especially for thermal based processes)

  • Salinity levels

  • Local conditions (e.g. topography, climate conditions, access to infrastructure)

  • Design of complex processes, equipment selection and automation instrumentation (EPC)

  • Large amounts of capital

 

We take the above factors into consideration while offering technology, cost methodology and supply chain solutions for both physical and thermal desalination methods.

 

 

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