Silica A Major Root Cause Of RO Membrane Damage
Physical damage to the membrane is a common phenomenon. The physical damage could be such as increasing salt passage, a change in flux, and so on. With the good experience
Physical damage to the membrane is a common phenomenon. The physical damage could be such as increasing salt passage, a change in flux, and so on. With the good experience
Antiscalant’s dynamic efficacy testing is an emerging testing which helps customers to understand the exact performance of their anti-scalant product and thereby take necessary actions to improve formulations if necessary.Fortunately,
Using Raw water in industry is an advantage, however, it has its challenges and difficulties too.Treating raw water is a complex process, though it seems to be a simple process
Extensive studies of membrane autopsies show the physical damage of the membrane, such as increased saltpassage, changes in flux, and so on. After studying innumerable membranes, we found silica plays
Membrane autopsy is defined as ‘an Excellent tool or technique to understand and diagnose the problem related to fouling, scaling, salt passage flow, flux, and pressure difference across the sides.’
Water treatment systems, especially Reverse Osmosis (RO) plants, play a vital role in providing clean water for industrial, commercial, and municipal applications. With the high stakes involved in producing quality
CETP (common Effluent Treatment Plant) located in one of the well-known textile industry zones inGujarat has an RO Membrane system for treated water recycling. In, comparatively shorter span of In
Reverse osmosis (RO) systems are the backbone of water purification and desalination processes across many industries, including municipal water treatment, power generation, food and beverage, pharmaceuticals, and agriculture. These systems
A Large Automotive manufacturer in India was operating a traditional ETP (Effluent Treatment Plant) with UF (Ultra Filtration) and RO (Reverse Osmosis) for treated water recycling for 5 years. Last