We design and deliver medium- to large-scale water treatment and desalination systems that ensure safe drinking water for cities and high-quality process water for industries.
Our turnkey services span design, construction, commissioning, and long-term operation. Every project is engineered for reliability, efficiency, and compliance, transforming water infrastructure into future-ready assets that conserve resources and reduce environmental impact.
Enviro delivers large-scale WTPs and innovative desalination plants, and we have some of the world’s largest ceramic membrane systems.
Raw water is screened and pre-chlorinated where required, followed by controlled aeration to remove dissolved gases, reduce odour, and stabilize intake water quality for downstream treatment.
Coagulation and flocculation processes remove suspended solids using clariflocculators or high-rate lamella clarifiers, producing consistent water quality and reducing loading on filtration systems.
Multi-stage filtration includes rapid gravity or dual-media filters, followed by advanced membrane systems such as UF, NF, or RO to remove micro-contaminants including PFAS and trace organics.
Final disinfection is achieved through chlorination, ultraviolet treatment, or ozonation to ensure microbiological safety and compliance with drinking water quality standards.
Treated water is stored in engineered reservoirs and delivered through distribution networks designed to maintain pressure, quality, and reliability for end users.
Precision remineralization and disinfection to ensure taste, health, and network compatibility.
Seawater intake systems incorporate screening and controlled chemical conditioning to remove suspended solids and biological matter, protecting downstream membranes and ensuring stable operation.
High-efficiency reverse osmosis systems remove dissolved salts and impurities using energy-optimized membrane configurations for reliable and cost-effective desalination performance.
Remineralization and final disinfection stabilise treated water, ensuring safe drinking quality, improved taste, and compatibility with storage and distribution infrastructure.
UF
RO
Ceramic Membranes
Advanced Oxidation
Solar Desalination
Clarification systems include clariflocculators, reactor clarifiers, and sludge-blanket lamella clarifiers engineered for reliable suspended solids removal and consistent performance across varying raw water conditions.
Robust filtration systems include rapid gravity sand filters and dual- or multi-media filtration units, providing dependable removal of suspended solids and turbidity for municipal and industrial water treatment applications.
Advanced hybrid filtration combines high-flux ceramic membranes with powdered activated carbon to remove PFAS, micro-contaminants, and microplastics while delivering superior chemical resistance and long operational lifetimes.
Comprehensive membrane treatment trains integrate ultrafiltration, nanofiltration, reverse osmosis, and continuous membrane filtration to achieve precise molecular separation for high-purity potable and process water applications.
Integrated zero liquid discharge systems combine membrane concentration and thermal processes to maximise water recovery, minimise waste volumes, and ensure compliance with stringent environmental discharge requirements.
Containerized brackish and seawater reverse osmosis plants enable rapid deployment in remote or coastal regions, with optional solar integration and energy recovery for reliable and low-carbon freshwater production.
Engineering & Quality Excellence: Our project lifecycles are governed by ISO-certified quality management systems, ensuring that every WTP and Desalination unit meets the highest mechanical and operational engineering tiers.
Every drop of water produced is engineered to fully comply with project-specific requirements, ensuring safe, high-purity potable water tailored to the defined standards of each initiative.
