Petrochemical Industrial

PETROCHEMICAL INDUSTRIAL STRAINER FILTERS


Many chemical processes use a large volume of water for cooling. Rivers, canals, or wells often provide the most cost effective water source for petrochemical plants. IWAKO self-cleaning water filters ensure that continuous water flow, cooling, and plant operation can continue without interruption, thus eliminating the need for costly maintenance and periodic shutdowns.

With the ever increasing expense of effluent discharge, re-use of process water for secondary processes reduces operation cost. Recycling process water through an industrial water filtration system alleviates the potential strain posed by source water scarcity.

Where process water cannot be reused, particle reduction through an industrial water filter is often beneficial in reducing effluent costs.
In petrochemical plants water filtration may be required for cooling or waste water treatment. Where cooling is required, industrial water filters are most effectively installed nearest to the discharge side of the pump. For waste water treatment, filters are best situated following the settling tank discharge pump.

strainer filter

Paper and Pulp Industrial

PAPER And PULP INDUSTRIAL STRAINER FILTERS
Manufacturers in the paper and board industries require large volumes of high quality water available at low cost. For this reason, incorporating a Iwako industrial water filtration system offers an outstanding solution.
As an alternative to purchasing potable city water, many companies utilize direct water sources such as rivers or lakes. Due to natural particle density it is necessary to filter the water from untreated sources prior to use in an industrial system.
iwako self cleaning industrial water filters facilitate the use of these water sources as the primary supply for pulp and paper factories, ensuring product quality.
Once water has been used in the pulp and paper process, large volumes of effluent can then be recycled through an industrial water filtration system for lower grade applications such as wash-down or mixing water. The reduction in waste water volume reduces environmental impact, and increases system efficiency.