HWT specialises in water treatment solutions. Established in 1994, the company boasts a strong track record, having efficiently engineered, constructed, and launched over 200 treatment facilities. These plants, with capacities ranging from 5 to 500 cubic meters per day, are predominantly automated, ensuring they operate smoothly with limited need for human supervision.
Services provided:
Project Planning and Design
- Conducting site surveys and assessments to determine the specific requirements of the project.
- Developing detailed engineering plans, including process flow diagrams and equipment specifications.
- Designing systems and processes tailored to the treatment needs, regulatory standards, and client objectives.
Construction and Installation:
- Procuring necessary equipment, materials, and chemicals for the construction phase.
- Managing construction activities, including excavation, foundation work, and equipment installation.
- Overseeing the integration of various components and systems, such as pumps, side channel blowers, pipes, tanks, filters, and control panels.
Fun fact: “A shipping container that has only been used once is often referred to as a “one-trip container” or “single-use container.” These containers are typically in excellent condition, having only made one journey, usually from the manufacturer to the destination.”
Operation and Maintenance:
- Operating the treatment plants to ensure efficient and effective treatment of potable and wastewater.
- Monitoring and adjusting process parameters, such as flow rates, chemical dosages, and treatment times.
- Conducting regular inspections, maintenance, and repairs to keep the plants in optimal working condition.
- Implementing quality control measures and laboratory testing to ensure compliance with water quality standards.
An HWT containerized sewage treatment plant works by using a compact system housed in a shipping container to treat wastewater. It typically involves multiple stages of filtration, biological treatment (where bacteria break down waste), and disinfection to clean the water. The treated water can then be safely discharged or reused, making these plants ideal for remote locations or areas with limited infrastructure.