Home  >  Industrial Supplies  >  Industrial Filtration Equipment  >  Filter Press Equipment

A new-style high-efficiency sludge treatment equipment based on the digestion and absorption advanced foreign technology - details see: https://www.machineto.com/belt-filter-press-for-sewage-treatment-10226317

Description:

YIMEI belt type filter press is a new-style high-efficiency sludge treatment equipment developed by our company based on the digestion and absorption advanced foreign technology , which has the advantages of high efficiency, low energy consumption, better dehydration effect, simple structure, easy maintenance, low noise, steady operation, safe and reliable, continuous automatic production etc. now have widely used in solid-liquid separation, such as the project of petroleum, chemical, coal, metallurgy, building materials, light textile, food and water supply and drain environmental protection etc. Sludge belt filter press increased concentration based on original belt filter press , sludge concentration including condensed section, dehydration section, sludge mixed reaction system, which can put the second pond sludge (water ratio 99.2-99.6%) concentrated dehydration directly, thus eliminating the traditional enrichment pool, saving a lot of investment. Belt filter is an efficiency equipment by further dehydrating process of concentrated (water ratio 95-98%) material into filter cake dehydration ,with the feature of continuous automatic production, low production cost and installation, can change different mesh filters, continuous stepless speed regulation, adapting to different kinds of material solid-liquid separation.

Technical Data:

Item	YMYL1000	YMYL1500	YMYL2000
Belt Width	1000mm	1500mm	2000mm
Moto Power	1.1kw	1.5kw	2.2kw
Total Power	13.47kw	16.72kw	18.92kw
water Pressure	<0.5Mpa	<0.5Mpa	<0.5Mpa
water volume	8~10m3/h	12~15m3/h	15~18m3/h
operation weight	3100kg	4300kg	5500kg
outer size(l*w*h)	5.0x2.0x2.0m	5.26x2.45x2.38m	5.26x2.98x2.38m
fedding moisture content (%)	95~97
filter cake moisture content (%)	65~82
disposal volume (m3/h)	3~	6~10	10~15