Applications

Challenge:System turbidity was high, and conventional side-stream filtration was limited in overall performance: insufficient filtration capacity, frequent backwashing and high backwash water consumption.

Result:1-micron fine filtration improved water quality and brought system outlet turbidity within design targets, reducing blowdown and water loss.

Challenge:Conventional media had a short service life and required frequent replacement, with limited filtration capacity that struggled to meet the required specifications consistently.

Result:Under identical inlet conditions, outlet water met Grade III of the SY/S329 standard in coarse filtration duty and consistently reached Grade II in fine filtration duty.

Challenge:Conventional processes offered low filtration accuracy, tended to cake and harbour bacteria, produced unstable water quality with a strong chlorine odour, and incurred high energy and chemical costs with frequent water changes.

Result:JCAFM delivers 1-micron filtration accuracy, self-inhibits bacteria without caking and lasts far longer, markedly reducing water changes while keeping water clear and odour-free at low operating cost.

Challenge:Conventional filtration had weak solids-holding capacity, clogged and caked easily, needed frequent energy-intensive backwashing, struggled to meet discharge limits and had a short service life with high O&M costs.

Result:JCAFM offers high filtration accuracy, resists caking and clogging, saves water and power on backwashing, achieves stable compliance, lasts longer and is simple to operate and maintain.

Challenge:Conventional filtration had low accuracy and incomplete solids capture; the media caked and failed, backwashing was frequent and water- and energy-intensive, and water quality fluctuated, affecting production equipment stability.

Result:JCAFM provides high filtration accuracy and resists caking and attrition, sharply reducing backwash frequency and keeping water quality stable over the long term, cutting O&M and water costs.

Challenge:Residual feed and waste were hard to capture completely; the media tended to harbour harmful bacteria and cake, water quality deteriorated easily and disease outbreaks were common, driving up water changes and farming costs.

Result:JCAFM captures solids precisely and inhibits bacteria, resists caking and clogging, reduces water changes, improves the farming water environment and lowers disease rates while improving yield and profitability.