

Our Services
Salient Water offers a comprehensive range of engineering and water treatment services. From plant process design and optimisation, project management, and packaged water treatment plants


Plant Process Design
Salient Water can develop a tailored blueprint for efficiently treating your raw water to meet specific quality standards. We assess source water characteristics and determine optimal treatment methods, such as coagulation, flocculation, sedimentation, filtration, disinfection, and pH adjustment. Our engineers optimise these processes to remove impurities, pathogens, and contaminants effectively. Factors like flow rates, residence times, and equipment selection are meticulously considered to ensure seamless operation, cost-efficiency, compliance with regulations, and environmentally sustainable practices.

Plant Optimisation
Salient Water can optimise your existing plant by refining processes for maximal efficiency and efficacy. We analyse operational data, adjust chemical dosages, optimise flow rates, and enhance equipment performance. We aim to minimise energy consumption, reduce costs, meet regulatory requirements, and maintain water quality at the highest standard.

Project Management
Salient Water can manage your project for you. We can oversee the entire project lifecycle, from planning and design to implementation and maintenance. We provide precise coordination, budget adherence, risk assessment, and timeline management. Our project managers ensure seamless collaboration among teams, compliance with regulations, and successful delivery of high-quality water treatment systems.

Packaged Water Treatment
Salient Water offers compact, pre-engineered packaged water treatment systems that offer comprehensive water treatment in a modular design. They integrate multiple processes like pH correction, filtration, disinfection, flow monitoring and softening. Easily transportable and quick to install, these systems are ideal for decentralized water treatment, catering to various applications with efficient performance.