Drinking Water Solutions | Reliable Water Applications

DRINKING WATER

YOUR WATER CHALLENGE.
OUR FILTRATION SOLUTION.

Drinking water filtration solutions

Our drinking water filtration solutions are used globally by integrators and municipalities, from small villages to the largest desalination plants.

As the demand for clean drinking water increases across the globe, availability of safe water in many regions is likely to decrease due to climate change and the growing population in developed countries. At the same time, international standards for drinking water quality are becoming more stringent. Municipalities require reliable systems to deliver a constant and stable supply of clean water to the population, industry, and energy at the accepted standards of water quality at each location.

Our drinking water filtration systems are built to ensure long-term, consistent performance:

High-Quality Materials: We use engineered plastic materials known for their exceptional mechanical strength, durability, and chemical resistance, for filters that can withstand tough conditions and function for extended periods.

Designed for Longevity: Our drinking water filtration systems are designed for simple and reliable long-term operation. They minimize head loss, reduce energy costs, and are built for minimal maintenance to decrease downtime and labor expenses.

Industry Leader in Innovation: As a global leader in filtration technology, we are constantly researching and developing new solutions. This commitment to innovation ensures our systems stay at the forefront of reliability and effectiveness.

Our filtration solutions and technologies provide a wide range of effective water treatment and filtration systems for drinking water from surface and bore (well) sources, tailored to each customer’s specific requirements.

FAQs

Why is filtration needed to safeguard MF/UF membranes?

There are many reasons to implement high-quality filtration to protect costly membranes, including improved membrane integrity, maximized performance, reduced particle load and decreased chemical use.

How do Amiad’s filtration solutions reduce costs in drinking water treatment?

Amiad’s filtration solutions target cost reduction in drinking water treatment in several ways. Here are a few examples:

Protection of costly membranes
Minimized labor costs
Lower cartridge replacement and disposal costs
Optimized energy consumption

How do Amiad’s filtration solutions increase the efficiency and effectiveness of UF systems?

Our filtration solutions remove particles and reduce the turbidity for improved UVT (UV transmittance)

APPLICATIONS

Top Drinking water Filtration Applications

Activated Carbon Vessels and Media Filter Protection

Pre-filtration is essential to preventing large particle loads from reaching activated carbon and media filters. This reduces the amount of flush water used, ultimately saving energy. Our drinking water filtration solutions are ideal for heavy loads and challenging water qualities.

Activated Carbon Vessels Media Filter Protection

Activated Carbon Vessels and Media Filter Protection

Cartridge Replacement or Cartridge Protection

Used filtration cartridges are disposed of and as the cost of disposal increases, the cost-effectiveness of single use cartridges decreases. Pre-filtering reduces the particles entering the cartridge filters and increases the time between cartridge replacement, thus saving labor and disposal costs. Our automatic self-cleaning drinking water filters reduce energy and labor expenses and eliminate waste and its disposal, achieve a quick ROI through reduced downtime and increase productivity.

Cartridge Replacement or Cartridge Protection

Metal Removal (arsenic, iron, manganese)

Heavy metals are highly toxic and have long-term health implications. International regulations and policies are requiring their removal from drinking water. Due to the diversity of heavy metals, eliminating them is usually performed at various stages in the treatment process. Our technologically advanced filtration solutions are a vital step in providing safe, metal-free drinking water.

Metal Removal (arsenic, iron, manganese)

MF / UF Protection

Effective prefiltration is essential to protecting and improving the integrity of membranes and maximizing their performance. Our drinking water filtration solutions for membrane pre-filtration applications reduce the particle load, especially those that can cause mechanical damage, save flushing water, energy and chemical use, and provide increased membrane reliability and lifespan.

MF / UF Protection

NF / RO Protection

Fine filtration is required by membrane manufacturers as a pre-treatment process to prevent clogging and physical damage to the membrane surface and layers, and to reduce the formation of biofilm. Our drinking water filtration solutions for fine membrane pre-filtration reduce chemical use, lower energy costs and save on membrane replacement.

NF / RO Protection

UV Protection

Prefiltration for UV water treatment is required for two reasons. The first is to remove large particles that would otherwise shield microorganisms from the UV light. The second is to reduce the turbidity for improved UVT (UV transmittance). Our advanced drinking water filtration technologies will reduce the "shadow effect" and remove large suspended solids, keeping UV systems working effectively and efficiently.

UV Protection

Sand Separation

Sand separation is vital to keeping sand out of the distribution line where it causes wear and tear, maintenance issues and loss of energy. Our sand separators and filters are essential in any drinking water filtration system where sand is an issue, and when flushed regularly, require minimal maintenance.

Sand Separation

TSS / Turbidity Removal

Measuring TSS and turbidity is a key parameter when testing drinking water quality; the higher the TSS / turbidity level, the lower the quality. With strict water quality standards usually requiring fine filtration of 10 microns or less, our complete line of efficient fine filtration solutions are ideal for TSS / turbidity reduction.