Our engineers and scientists have experience in wastewater treatment, combining knowledge with expertise. We work with clients to understand their challenges, using our CSE approach to design efficient, reliable treatment systems.
iH2OM utilise specialist software to effectively and accurately design outcomes to minimise impact and cost for clients. We find that our water treatment experience with managing cooling water, boiler water and effluent systems positions us well to understand what water quality from treated water will have the most benefit from a cost-of-production perspective and also from the impact on existing plant and equipment from a corrosion / scaling potential.
Advanced water treatment technology requires gross solids and other coarse contaminant to be removed – typical operations will require self-cleaning screens, sand or glass media filtration and possibly carbon filtration. Chemistry may also be required to reduce impact of certain contaminants like coagulants or oxidation.
Based on water analysis, software projections and water quality requirements for treated water may result in the need for microfiltration (MF), ultrafiltration (UF), nanofiltration (NF) or reverse osmosis (RO). In many cases more than one type of technology may be required to achieve the desired result.
Treated water from the advanced treatment process may need to be disinfected – we can apply a number of technologies ranging from UV, chlorination, UV /hydrogen peroxide, ozonation, or chlorine dioxide.
Reverse osmosis, ultrafiltration, nanofiltration and microfiltration are advanced water treatment technologies because of the improvements they can make in removing contaminants. Advanced water treatment applications are used when clients are looking at recycling water streams or looking at utilising untreated water sources for alternative water supply.
Advanced water treatment solutions provide high-purity water for critical and regulated applications. Through specialised technologies and precise process control, these systems remove complex contaminants, protect downstream assets, improve operational efficiency, and support compliance, sustainability, and consistent water quality outcomes.
Removes complex contaminants and dissolved impurities.
Safeguards sensitive equipment and downstream processes.
Meets stringent quality and industry-specific standards.
Reduces chemical usage, maintenance effort, and downtime.
Supports safe handling and high-quality water delivery.
Enables water reuse and improved resource efficiency.
We provide dependable solutions for a wide range of industries, delivering safe, efficient, and high-quality services tailored to each project’s needs.
Providing an advanced cooling water treatment programme that lowers scale, corrosion and overall running costs for a large manufacturing operation.
Supporting critical facilities with a customised chemical and service solution that improves energy use and enhances boiler reliability.
Delivering a water reuse approach that increases recovery levels and minimises discharge impact for a major food processing facility.
Offering a specialised treatment and service programme that boosts operational efficiency and maintains consistent boiler performance.
Supplying a tailored chemical and service solution that drives strong energy efficiency and strengthens boiler performance.
Providing a robust chemical and service solution that improves energy management and ensures reliable boiler operation in demanding environments.
Get practical answers to questions about our wastewater treatment. Understand our process and how our team provides compliant, cost-effective solutions.
The CSE approach combines Chemical, Service and Engineering expertise to optimise performance of advanced systems such as membrane and polishing processes. It helps control scaling, fouling and cleaning cycles while keeping operation stable and efficient.
We review feedwater quality, pretreatment, membrane performance indicators, cleaning history, recovery, rejection, hydraulics and instrumentation. You receive actions to improve reliability, extend asset life and stabilise water quality.
We assess your required water quality outcomes and validate performance against monitoring results, critical control points and verification methods. Where gaps exist, we recommend monitoring, process or control improvements to reduce risk.
Yes. We optimise existing systems through programme tuning, targeted upgrades and improved control to reduce downtime and improve consistency.
We focus on whole of life value by reducing fouling and chemical consumption, improving recovery where appropriate and minimising interruptions. Safety is addressed through chemical handling controls, cleaning procedures and practical operator guidance.
Tell us a bit about your site and needs; our specialists will review your information and provide tailored recommendations.
