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High-purity water
Water quality defined by the manufacturing application.
Water & wastewater engineering forPharmaceutical Manufacturing
Water-quality and wastewater systems for demanding manufacturing environments.
From high-purity water to effluent treatment, membrane separation, recycling and ZLD where technically required.
Understanding the application
Where water quality is critical, treatment cannot be generic.
Pharmaceutical manufacturing can depend on water of a defined, high quality for its processes.
Its effluent may vary with products, batches and cleaning, and discharge requirements can be demanding.
We engineer water and wastewater systems around the application — with membrane stages, recycling and zero liquid discharge where technically required.
The water challenge
Conditions that shape the treatment path.
Treatment starts with the actual water, wastewater and operating context. These are the typical considerations our engineers assess for pharmaceutical applications.
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Variable effluent
Effluent that may vary with products, batches and cleaning.
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Membrane separation
Separation stages where a higher treated-water quality is required.
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Liquid discharge limits
Recycling, and zero liquid discharge where technically required.
Our water & wastewater focus
Engineering around the requirement.
The final treatment train depends on characterisation, site constraints and the required discharge or reuse quality.
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High-purity water
Treatment to the quality the application defines.
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ETP
Treatment trains built around the characterised effluent.
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Membrane separation
Membrane stages for higher treated-water quality.
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Recycling
Further treatment where recovered water can be used appropriately.
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ZLD where required
Recovery and concentrate management where liquid discharge must be eliminated.
Relevant solutions
A complete treatment path, where required.
Water Treatment
Process, utility, potable and high-purity water.
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Effluent Treatment Plant
Industrial wastewater, treated around the effluent.
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Wastewater Recycling
Treated wastewater brought to its reuse quality.
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Zero Liquid Discharge
Water recovery where discharge must be minimised or eliminated.
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Engineering & O&M
Design, build, operate and improve.
ExploreRelevant technologies
Process options matched to the application.
MBR
Wastewater Treatment
Membrane Bioreactor
Biological treatment combined with membrane separation for applications that require a highly clarified treated-water stream.
Process family · Biological + membrane
Typical use · Advanced biological treatment, high treated-water quality or recycling
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UASB
Wastewater Treatment
Upflow Anaerobic Sludge Blanket
An anaerobic treatment process where wastewater flows upward through a biologically active sludge blanket.
Process family · Anaerobic
Typical use · Higher-strength organic wastewater where anaerobic treatment is technically appropriate
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ZLD
Recovery & Reuse
Zero Liquid Discharge
A treatment and recovery approach combining suitable membrane and thermal processes to recover water while managing concentrated residual streams.
Process family · Advanced recovery / discharge management
Typical use · Industrial sites where liquid discharge must be minimised or eliminated
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Before the first conversation
What to prepare before discussing treatment.
None of this is required to start. The more of it is available, the faster a pharmaceutical requirement can move from conversation to an engineering basis.
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The type of manufacturing and the wastewater streams it generates, including any high-strength or solvent-bearing streams.
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Analysis of organic load, dissolved solids and specific constituents of concern.
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Whether streams are segregated by strength before treatment.
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Purified and process-water requirements for the facility.
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The applicable discharge criteria, and whether zero liquid discharge is required.
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Existing treatment and its current performance.
Engineering & treatment approach
Start with the water. Design for the outcome.
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Understand
Understand the application and operating requirement.
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Characterise
Assess the water or wastewater characteristics.
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Design
Select the appropriate treatment pathway.
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Treat
Integrate suitable process stages.
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Recover
Evaluate reuse or recovery where appropriate.
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Support
Commission, operate, maintain and improve the system.
Pharmaceutical applications
Let's discuss your pharmaceutical water challenge.
Share the water source, wastewater characteristics, operating context and required outcome. Our engineering team can help define the appropriate treatment path.