Municipal and some of the industrial wastewater is rich in TSS, organic matter, Nitrogen and Phosphorus. These substances are considered as contaminants and must be eliminated for water recycle or discharge to the environment. Biological treatment is the most efficient and cost-saving way of treating this wastewater.

Wastewater treatment plants usually employ the following stages:

• Screening, grit and sand removal, grease and fat removal
• Primary sedimentation
• Biological treatment (secondary treatment) – including anaerobic, aerobic and anoxic stages.
• Secondary clarifier.
• Tertiary treatment including depth filtration and disinfection.
• Sludge treatment – sludge digestion and dewatering.

There are different configurations for wastewater treatment plants. The most common is conventional activated sludge, which is a continuous process for relatively large plants.   A wastewater plant can also work in a batch mode in a process called sequencing batch reactor (SBR). For relatively low flow rates, more advanced technologies are employed. One technology is Membrane Bioreactor (MBR) that can treat high organic content. In this technology the effluent is filtered with ultrafiltration membranes. Another technology is Moving Bed Bioreactor (MBBR) in which the biomass is grown on carriers for very efficient treatment.

Water treatment in industry is crucial for production processes that require De-Ionized or Ultra-pure water.

In a different aspect, industrial wastewater may impose challenges to comply with regulations, since it might contain toxic materials and therefore do not comply authorities’ demands. This water must be treated to a minimum required level. Also, in many industries, wastewater reclamation can be beneficial.

ในฟาร์มปศุสัตว์ ปัญหาที่พบได้ทั่วไปคือน้ำเสียจากการผลิต ซึ่งไม่สามารถทิ้งลงท่อระบายน้ำชุมชนเมืองได้ เนื่องจากมีอินทรียวัตถุสูง น้ำเสียดังกล่าวสามารถบำบัดและขณะเดียวกันก็ผลิตก๊าซชีวภาพได้

The company’s E2E expertise is focused in the design, engineering, construction and installation of water and wastewater treatment systems.

WaterMatic believes in a long term commitment to its clients. Our commitment begins in the development process, in which systems are tailor-made for the client’s specific needs, through the system construction using state of the art standards, and finally, accompanying the client with an after-sale service.

WaterMatic has a highly experienced, diversified and professional executive team with proven business and operational capabilities, including vast experience in managing international water and wastewater treatment projects. WaterMatic is ISO 9001:2008 certified and complies with the strictest planning and execution standards in Israel.

WaterMatic has a strong network of partners and clients across the globe, allowing an access and execution for industrial, agricultural and municipal sectors.

Municipal wastewater is mainly treated to remove suspended solids, organic matter, Phosphorus and Nitrogen. The required water quality varies depending on the regulations and the purpose of use.

The most common way to treat wastewater is biological treatment, enabling the recycle of wastewater for irrigation or safely discharge to the environment.

WaterMatic has constructed two large clarification and filtration plants in the Philippines (4MLD and 35MLD) and another clarification plant in St. Lucia. We also built 3 pumping stations for water distribution in Nevis.

WaterMatic supplied, installed and commissioned 79 desalination plants to provide safe drinking water for rural villages in Sri-Lanka.

WaterMatic constructed a containerized water treatment plant to provide safe drinking water to a large village in Angola.

Municipal and some of the industrial wastewater is rich in TSS, organic matter, Nitrogen and Phosphorus. These substances are considered as contaminants and must be eliminated for water recycle or discharge to the environment. Biological treatment is the most efficient and cost-saving way of treating this wastewater.

Wastewater treatment plants usually employ the following stages:

• Screening, grit and sand removal, grease and fat removal
• Primary sedimentation
• Biological treatment (secondary treatment) – including anaerobic, aerobic and anoxic stages.
• Secondary clarifier.
• Tertiary treatment including depth filtration and disinfection.
• Sludge treatment – sludge digestion and dewatering.

There are different configurations for wastewater treatment plants. The most common is conventional activated sludge, which is a continuous process for relatively large plants.   A wastewater plant can also work in a batch mode in a process called sequencing batch reactor (SBR). For relatively low flow rates, more advanced technologies are employed. One technology is Membrane Bioreactor (MBR) that can treat high organic content. In this technology the effluent is filtered with ultrafiltration membranes. Another technology is Moving Bed Bioreactor (MBBR) in which the biomass is grown on carriers for very efficient treatment.