Stationary Water Treatment Plants

 

Country:

Israel

 

 

israel-production-of-drinking-water-from-a-river-10.jpg 

Application:

Production of drinking water from a river. Two stages, each with total capacity 450m3/hour.

Treatment Process:

Pre-Filtration and Deep Media Filtration

Results:

Good Quality Drinking Water 

 

 

Country:

Mexico

 

 

mexico-stationary-water-treatment-plant-10.jpg 

Application:

Stationary water treatment plant with total capacity 750m3/hour. De-ironing + bad smell removal.

Treatment Process:

Pre-Filtration with Automatic Hydraulic Screen Filter, Chemical Injection, High Media Filters, Active Carbon Filtration, and Post-Chlorination.

Results:

Good Quality Drinking Water free from Iron and Odor according to the  Mexican Standards

 

 

Country:

Swaziland

 

 

swaziland-water-treatment-plant-10.jpg 

Application:

Water treatment plant with total capacity 1200m3/hour, source of water - river. High content of sand and other dissolved solids removal.

Treatment Process:

Pumping from the River, Sand Separation, Clarifier, Media Filtration, Backwash and Storage

Results:

Good Quality Drinking Water

 

 

 

Country:

Israel

 

 

israel-production-of-drinking-water-from-deep-well-10.jpg 

Application:

Production of drinking water from deep well contaminated by brackish waters, system with total capacity 400m3/hour.

Treatment Process:

Reverse Osmosis System with Degasified

Results:

Good Quality Drinking Water

 

 

 

Country:

Australia, Perth

 

australia-remove-soluble-iron-from-groudwater-10.jpg

Application:

Remove soluble iron from groundwater in a cost-effective, chemical-free process.

Solution and Result:

The iron filtration process involves a unique method of removing soluble iron from groundwater without the need for large dropout tanks or chemical extraction procedures.

 

 

The process of removing the iron is carried out through a two part procedure:

 

Oxidation: Air is injected through a mazzi injector via a booster pump into the raw bore water. This starts the iron oxidation process.

Filtration-: The oxidized water then passes through a naturally occurring catalytic media catching the precipitated iron. The iron filtration unit is capable of removing iron for between 15 and 25 hours of service. This time frame is site specific with each unit being set to its own requirements. After the specified operation time the filtration system will automatically backwash using the natural groundwater. This process rids the filter of accumulated iron effectively recharging it for its next operation period. A rinse stage cleans the filter before returning it to service.

 

This particular method of iron filtration represents a much improved method of treating contaminated groundwater for the removal of iron and manganese. As a requirement for this process, the water is oxidized and sometimes pH is elevated. The resultant efficiency of this aeration and filtration process involves smaller apparatus and materials than conventional treatment systems. This system will produce water to meet World Health Organization standards.

 


Yamit Europe B.V.

Gieterij 51
2211 WC Noordwijkerhout
The Netherlands

 

Phone: 0031-252-377214
Fax: 0031-252-346383
Email: info@yamit.nl

 


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