In modern manufacturing, processing, and heavy industrial facilities, managing trade waste discharge is a critical operational parameter. Non-compliance, unpredictable pollutant spikes, and escalating trade waste surcharges can heavily impact your bottom-line profitability.
At iH2OM, we deliver end-to-end industrial water treatment and liquid resource recovery systems designed to secure long-term regulatory compliance. By aligning site-specific engineering with advanced chemical formulations, we help industrial operations across Australia turn complex effluent management challenges into reliable, automated, and cost-efficient processes.
Industrial water treatment is a specialised combination of chemical, physical, and biological engineering processes designed to remove heavy metals, suspended solids, oils, greases, and organic contaminants from trade waste before it is safely discharged into municipal sewers or recycled for on-site reuse.
Every industrial effluent stream has a distinct chemical and physical profile. Applying a generic, off-the-shelf product frequently causes issues like high chemical waste, unstable floc structure, and sudden breaches of local authority discharge agreements.
iH2OM addresses this with our Chemical, Service, and Engineering (CSE) operational model. Rather than operating as just an equipment vendor or a chemical supplier, we approach the chemical treatment of wastewater holistically. Our experienced water specialists run comprehensive on-site jar testing and lab-based characterisation to isolate the exact chemical drivers behind your pollutant load, matching equipment design with precise fluid chemistry.
To maintain compliance and maximise throughput in systems like Dissolved Air Flotation (DAF), continuous clarifiers, and slant-plate settlers, we formulate, supply, and support a complete line of high-performance industrial water chemistry.
Product Class | Primary Function | Industrial Application |
Coagulants (Inorganic & Organic) | Neutralising surface charges on colloidal particles to initiate micro-floc formation. | Metal finishing, automotive, food processing, emulsion breaking. |
Flocculants (Anionic & Cationic) | Bridging micro-flocs into heavy, stable macro-flocs for rapid mechanical separation. | DAF systems, belt presses, screw presses, centrifuge dewatering. |
pH Regulators & Neutralisers | Precise acid/base correction to meet strict local trade waste discharge limits. | Heavy manufacturing, chemical blending, food and beverage processing. |
“One-Shot” Blends | Combined coagulation, flocculation, and pH adjustment within a single powder or liquid. | Low-to-medium volume batch treatment systems with limited footprints. |
Our high-charge-density liquid coagulants and tailored flocculant polymers are balanced to handle fluctuating raw water quality. Whether your system needs to strip emulsified oils or drop out heavy metal complexes, our formulations produce dense, shear-resistant flocs that clear quickly and reduce moisture content in resulting sludge cake.
For plants operating batch treatment configurations or space-restricted treatment systems, our proprietary “One-Shot” powder chemistries offer a simple, dependable solution. These custom multi-component formulations execute pH adjustment, metal precipitation, coagulation, and flocculation simultaneously within a single, metered dose. This eliminates multi-stage dosing tanks, lowers capital expenditure, and significantly reduces operator handling times.
Uncontrolled foaming and unstable pH lines can trigger automated plant shutdowns or compliance alerts from local water authorities. We supply food-grade and industrial-grade antifoams alongside highly concentrated pH correction chemicals, backed by automated dosing loops to keep your system operating within safe limits.
The primary risk in traditional trade waste treatment is the disconnect between chemical suppliers and equipment fabricators. When a system falls out of compliance, the equipment vendor often points to the chemical formulation, while the chemical supplier points to the hardware design.
iH2OM eliminates this issue by taking total ownership through our integrated wastewater chemical treatment model:
We engineer the physical plant and formulate the exact chemistry running through it.
Our engineers conduct regular preventative service calls, tweaking chemical dosing algorithms to match seasonal changes in production.
By accurately adjusting chemical delivery to the real-time pollutant load, we prevent over-dosing, control sludge volumes, and minimise disposal costs.
To see how our comprehensive chemistry and service programs can stabilise your trade waste parameters, explore our approach to advanced water treatment or learn more about us.
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.
Coagulation uses positively charged chemicals to neutralise the negative electrical charge on suspended particles, allowing them to bind together into tiny micro-flocs. Flocculation involves adding high-molecular-weight polymers that act like a web, linking those micro-flocs into larger, heavier clumps that can be easily skimmed or settled.
By combining all required reaction chemicals into a single dose, “One-Shot” chemistries eliminate the need to purchase, maintain, and calibrate multiple liquid dosing pumps. This streamlines plant operation, shortens the treatment cycle, and minimises human error in batch systems.
Yes. We deploy specialised emulsion breakers and high-performance surface-active chemistries that break apart oil-water emulsions, allowing the separated hydrocarbons to be efficiently removed via Dissolved Air Flotation (DAF) or oil-skimming equipment.
Ready to eliminate compliance risks and lower your chemical spend?
Contact our industrial water treatment specialists today to book an on-site trade waste audit and laboratory jar test.
Tell us a bit about your site and needs; our specialists will review your information and provide tailored recommendations.
