WATER WE CLEAN

SEAWATER

GROUNDWATER

SURFACE WATER

MUNICIPAL
SEWAGE

INDUSTRIAL
SEWAGE

INDUSTRIAL
WATER

TREATMENT AND REMOVAL SOLUTIONS FOR WATER CONTAMINATIONS SUCH AS

ORGANICS

BOD

COD

TOC

oil & grease

hydrocarbons

SUSPENDED SOLIDS

silt

clay

microplastics

hardness precipitants

metal oxides

metal hydroxides

'HEAVY' METALS

cadmium

iron

manganese

lead

copper

chromium

antimony

selenium

aluminium

nickel

zinc

mercury

MICROBIOLOGICAL MATTERS

algae

bacteria

legionella

TEP

CARCINOGENIC TOXINS

PFAS

arsenic

radioactive isotopes

PCBs

APPLICATION CHALLENGES WE SOLVE

Seawater	RO desalting process requires a reliable and durable pre-treatment filtration with maximum removal of suspended solids, turbidity, algae, bacteria, dissolved organics and TEP
Groundwater	Typically contaminated with heavy metals such as Fe and Mn which limits the use of conventional sand filters In special cases additionally contaminated with radioactive isotopes Deep groundwater with water temperatures above 50 °C limits the use of conventional filtration solutions based on polymeric membrane material
Surface water	Contaminations from sewage discharge lead to increased organic as well as heavy metal contaminations Typically removal of suspended solids, turbidity, algae, bacteria and dissolved organics In some cases addionally contaminated with arsenic
Municipal sewage	Conventional sewage treatment plants very often unable to match regulations for direct discharge to environment Focus on reuse of treated sewage effluent as new water source either for irrigation and landscaping or pre-treatment for RO for other industrial reuse purposes requires further treatment of biologically treated water to remove bacteria, suspended solids and dissolved organics
Industrial sewage	Limited capability for biological treatment requires additional process steps for direct discharge to environment Very often contaminated with very high organic contents, oil and heavy metals
Industrial water	Produced water contains high concentrations of oil Mining drainage water contaminated with heavy metals and carcinogenic toxins

SEAWATER

• RO desalting process requires a reliable and durable pre-treatment filtration with maximum removal of suspended solids, turbidity, algae, bacteria, dissolved organics and TEP

Groundwater

• Typically contaminated with heavy metals such as Fe and Mn which limits the use of conventional sand filters
• In special cases additionally contaminated with radioactive isotopes
• Deep groundwater with water temperatures above 50 °C limits the use of conventional filtration solutions based on polymeric membrane material

SURFACE WATER

• Contaminations from sewage discharge leads to increased organic as well as heavy metal contaminations
• Typically removal of suspended solids, turbidity, algae, bacteria and dissolved organics
• In some cases additionally contaminated with arsenic

MUNICIPAL SEWAGE

• Conventional sewage treatment plants very often unable to match regulations for direct discharge to environment
• Focus on reuse of treated sewage effluent as new water source either for irrigation and landscaping or pre-treatment for RO for other industrial reuse purposes requires further treatment of biologically treated water to remove bacteria, suspended solids and dissolved organics

INDUSTRIAL SEWAGE

• Limited capability for biological treatment requires additional process steps for direct discharge to environment
• Very often contaminated with very high organic contents, oil and heavy metals

INDUSTRIAL WATER

• Produced water contains high concentrations of oil 
• Mining drainage water contaminated with heavy metals and carcinogenic toxins

HOW WE TEAM UP WITH YOU