Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 1

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 2

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 3

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 4

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 5

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge 6

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge

Automatic Squeezing Filter Press to Dewater Palm Oil Sludge is a machine that squeezes and filters wet palm oil waste to remove water. It uses pressure, cloth filters, and automatic controls to turn sludge into drier cake and clear water. The machine speeds up oil recovery, cuts disposal costs, and lowers pollution from palm oil mills. It runs with low energy, needs little labor, and keeps stable output. Easy to clean and control, it improves factory hygiene and meets discharge rules.

Usage scenarios:

- In palm oil mills to separate oil and water from sludge and recover more oil.

- In wastewater treatment plants to dewater sludge before disposal or drying.

- In composting or fertilizer production to produce drier solids for further processing or transport.

brand name:

QILEE

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(sets):30(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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Inlet Consistency

0.4-0.8%

Water Content Rate

62-85%

Key words

Palm Oil Sludge Filter Press

Reference Weight

4300kg

Dried Sludge

240-480kg/hr

Belt Width

2000mm

weight

4300

condition

New

Treating Capacity

55-80m3/h

automatic grade

Automatic

Material

SUS304

dimension(l*w*h)

7000*2650*3400

Power

3000, 3KW

Voltage

220/380V

warranty

1 Year

place of origin

China

Automatic Compact Premium Dewatering

The QTE3 sludge dewatering machine provides fast, low-energy automatic squeezing of palm oil sludge to produce low‑moisture cake, reduce disposal costs and operate continuously and safely thanks to stainless-steel (SUS304) construction and Swiss-imported filter cloth. A compact modular shape, air-chamber automatic deviation correction and low‑maintenance design deliver high throughput with low noise and stable filter-cloth performance for industrial, municipal and food‑processing wastewater applications. Supplied in standard export carton packing with customizable styles and sizes, the robust high-quality build and included turnkey accessories simplify installation, shorten lead time and maximize uptime.

Option 1: Automated High-Efficiency Sludge Dewatering

The QTE3 sludge dewatering machine is an automatic squeezing belt filter press built from SUS304 stainless steel with Swiss-imported filter cloth and an air-chamber deviation correction system, giving durable construction, stable cloth tracking and efficient cake formation. Designed specifically for palm oil sludge and a wide range of industrial and municipal wastes, it delivers high dewatering efficiency with low residual moisture, low energy consumption, low noise (≤75 dB(A)) and simplified maintenance to lower operating costs. Multiple model configurations, adjustable belt widths, drum thickener and filtrate collection options plus integrated safety monitoring provide flexible installation, continuous reliable operation and regulatory-compliant wastewater treatment performance.

Automatic Palm Oil Dewatering

The QTE3 sludge dewatering machine is an automatic squeezing filter press for palm oil sludge that uses stainless steel construction and imported Swiss filter cloth to ensure durability and high performance. It features an air-chamber automatic cloth deviation correction, low energy consumption with quiet operation, and safety monitoring with automatic stop for stable, low-maintenance use. Offered in multiple belt widths and capacities, it provides high dewatering efficiency, effective washing, and flexible operation for industrial, municipal, and food-industry wastewater treatment.

◎ Stainless Steel Durability

◎ Efficient Dewatering Performance

◎ Safe Quiet Operation

Automatic Efficient Sludge Dewatering

Built from years of applied research and refined manufacturing practices, the QTE3 sludge dewatering machine embodies a brand story of sustainable engineering and field-tested reliability. It automatically squeezes and filters palm oil sludge to deliver rapid dewatering, higher oil recovery and reduced disposal costs while maintaining stable, low-maintenance operation. Key features and advantages include high-pressure mechanical squeezing, precision filtration plates, PLC intelligent control, energy-efficient hydraulic drive, compact modular design for easy cleaning and maintenance, and robust corrosion-resistant materials for long service life.

Material introduction

The QTE3 sludge dewatering machine is built with corrosion-resistant SUS304 stainless steel for the main frame and principal parts, ensuring high strength and rust-free operation. It uses Swiss-imported filter cloth and an air-chamber type automatic deviation correction device for stable cloth tracking, long service life, and low moisture content in the cake. Industrial-grade sealed components, low-noise motors, and robust wear parts provide reliable, low-maintenance performance in palm oil sludge dewatering applications.

◎ SUS304 Stainless Steel Structure

◎ Swiss High‑Performance Filter Cloth

◎ Corrosion‑Resistant Critical Components

FAQ

What is an Automatic Squeezing Filter Press and how does it work for dewatering palm oil sludge?

An Automatic Squeezing Filter Press is a mechanically driven dewatering system that combines pressure filtration and a squeezing stage to compact filter cake and remove free liquid. For palm oil sludge it accepts conditioned sludge (often polymer-flocculated), pumps it into filter chambers, builds filtration pressure to separate solids and oil from filtrate, then applies an additional mechanical squeeze to further reduce cake moisture before automatic cake discharge. PLC control automates cycles (feed, press, squeeze, discharge, wash).

In which palm-oil related scenarios is this equipment typically used?

Typical applications include dewatering: palm oil mill effluent (POME) sludge, clarifier or decanter solids, press-cake from oil extraction, tank-bottom oily sludge, and residues from oil-pressing lines. It’s used where reduction of sludge volume, recovery of entrained oil, and improvement of disposal or reuse options are required.

What pretreatment or conditioning is needed for best results?

Pretreatment commonly includes thickening or gravity settling to raise solids content, and chemical conditioning with polymers/flocculants to agglomerate fine solids and release oil. Proper pH and contact time for flocculation, screening to remove coarse debris, and consistent feed concentration improve cycle stability and cake quality. Optimal dosing and mixing are tuned during startup trials.

What performance can I expect (cake dryness, oil recovery, throughput)?

Performance depends on sludge composition, feed solids, flocculant type/dose and machine size. Generally, an automatic squeezing press achieves significantly drier cakes and better oil recovery than simple chamber presses — typical cake moisture ranges are often in the medium-to-low range (varies by application). Throughput and cycle time are model-specific; consult suppliers for capacity ranges. Note: with optimized conditioning, cake moisture can be substantially reduced and recovered oil can be reused or sold, reducing disposal costs.

What are the key operational and maintenance considerations?

Operate under the manufacturer’s PLC sequences and pressure limits. Routine tasks include inspecting and cleaning filter cloths, checking plate seals and hydraulic components, monitoring polymer dosing systems, and lubricating moving parts. Use corrosion-resistant materials (stainless steel, coated surfaces) in palm-oil environments. Ensure scheduled inspections to prevent cloth blinding, hydraulic leaks, and uneven cake formation.

What common problems occur and how can they be fixed or prevented?

- Low cake dryness: check polymer type/dose, improve mixing/contact time, verify feed solids concentration, or increase squeeze pressure where allowable. - Slow filtration/clogging: clean or replace blinding filter cloth, screen large debris, adjust flocculation. - Uneven cake or leaks: inspect plate alignment, seals and feed distribution system. - Pressure trips or motor overloads: check for blockages, verify pump and hydraulic system health, and reduce feed rate if needed. Regular monitoring of key parameters (pressure, filtrate clarity, cake appearance) helps diagnose issues early.

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