At iH2OM, every project benefits from our unique CSE model; Chemical, Service and Engineering; ensuring you receive a complete, end-to-end solution without fragmented responsibility. With operations spanning Australia, Asia and New Zealand, we combine global knowledge with local insight to deliver water treatment systems that are efficient, compliant and future-ready.
Since 2011, iH2OM has delivered innovative water treatment solutions across Australia, Asia, and New Zealand. Our unique CSE model ensures efficient, high-quality service, reflecting the scale of our operations and the trust of our clients.
We understand how to balance water and energy consumption, operational efficiency, health, safety and environmental conformance without jeapordising plant performance, reliability and cost-efficiency.
Whether you need a complete system redesign, chemical supply program, service partnership or specialist engineering advice, our team is ready to help. We work alongside you to understand your site, your risks and your objectives; delivering solutions that provide long-term value.
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.