Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 1

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 2

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 3

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 4

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 5

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty 6

Chemical Belt Filter Press Palm Oil Residue, 220V, 1yr Wty

A chemical belt filter press for palm oil residue is a continuous dewatering machine that uses chemical conditioning plus belt compression to separate water from oil mill solid waste. It delivers fast, high-dryness solids, stable continuous operation and simple controls, cutting disposal costs and making waste handling cleaner and more efficient. Key selling points: built for palm oil residue with chemical conditioning for better cake dryness, energy‑efficient 220V operation, robust corrosion‑resistant construction, low maintenance and a 1‑year warranty for reliable service.

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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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Base Dimension L1*H1(mm)

3900*2830

Reference Weight(kg)

1750

Powder Consumption(kw)

0.92

Water Content's Rate(%)

62~85

Inlet Consistency(%)

0.4~0.8

Dried Sludge(kg/hr)

76-150

Treating Capacity(m3/hr)

19-25

Belt Width(mm)

1000

Dimensions(mm)

4900*1600*3000

Processing Type

desalination

Power(W)

1 kW

Product name

Palm Oil Residue Belt Filter Press

Voltage

220 V, 380 V

weight (kg)

1750

productivity

76-150

warranty

1 Year

Efficient Dewatering, Compact Durability

The QTE3 sludge dewatering machine delivers high-efficiency palm oil residue processing with a rotary belt design, SUS304 stainless-steel construction and imported Swiss filter cloth for low-moisture cake, low energy consumption (220V) and quiet, safe operation. Built for easy maintenance and fast deployment, it features automatic cloth deviation correction, a compact footprint and standard export carton packaging to reduce downtime and simplify installation. Backed by a 1-year warranty and 3–20 day delivery, the QTE3 sludge dewatering machine integrates with common ancillary equipment to provide reliable, low-noise sludge-to-filter-cake service that lowers operating costs and helps meet environmental targets.

Efficient Palm Residue Filtration

The QTE3 sludge dewatering machine is a Chemical Belt Filter Press for palm oil residue built with SUS304 stainless-steel main parts, Swiss-imported filter cloth, an air-chamber automatic belt deviation correction and rotary belt design, and it operates on 220V with a 1yr Wty. It performs high-efficiency sludge dewatering and slurry–water separation for industrial, chemical and municipal applications, producing low-moisture filter cakes with low energy consumption, low noise (≤75 dB(A)) and reduced maintenance costs. Compact structural features—multiple belt widths, lower filtrate collection trays, integrated dosing and washing pump compatibility—and a safety monitoring system with automatic stop ensure stable, flexible operation and easy cleaning.

Industrial Palm Oil Dewatering

The QTE3 sludge dewatering machine is a chemical rotary belt filter press tailored for palm oil residue, built with SUS304 stainless steel and fitted with imported Swiss filter cloth for durability and corrosion resistance. Its air-chamber automatic cloth deviation correction, low-energy operation with noise ≤75 dB(A), effective washing and low-moisture cake output ensure stable, efficient dewatering across multiple belt widths and capacity options. Equipped with safety monitoring, compatibility with dosing and washing pumps, and a 220V power supply with a 1-year warranty, it delivers flexible, low-maintenance performance for industrial, municipal and food-processing sludge applications.

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Efficient Reliable Low-Maintenance Dewatering

Developed by a specialized R&D team for chemical belt filter press treatment of palm oil residue, the QTE3 sludge dewatering machine pairs robust 220V components with a one-year warranty to guarantee dependable on-site operation. It provides high-throughput dewatering, precise chemical dosing compatibility, steady belt-tension control and low-maintenance operation to maximize cake dryness and cut disposal costs. With a compact footprint, corrosion-resistant construction, intuitive control panel and quick-access maintenance points, the QTE3 sludge dewatering machine delivers energy-efficient continuous performance and stronger environmental compliance.

Material introduction

The QTE3 sludge dewatering machine is built with SUS304 stainless steel for principal structural components, providing high strength, corrosion resistance and long service life in chemical and palm oil residue applications. Its filtration system uses imported Swiss filter cloth for superior separation efficiency and durability, while key moving parts receive anti-rust treatments and heavy-duty bearings for stable, low-maintenance operation. Auxiliary components such as the air-chamber automatic deviation correction device and washing systems are made from corrosion-resistant alloys and engineering polymers to ensure reliable performance under 220V operation with a one-year warranty.

◎ Product overview

◎ Stainless Steel Frame

◎ Imported Swiss Cloth

FAQ

What is the Chemical Belt Filter Press Palm Oil Residue (220V, 1yr Wty) used for?

This machine is designed to dewater palm oil mill residues such as POME (palm oil mill effluent) sludge, decanter cake, clarifier sludge and oily sludges. By adding flocculants/coagulants and passing the sludge across a series of belts and presses, it reduces free water, lowers transport and disposal costs, and produces a drier cake suitable for composting, boiler fuel or landfill.

How do I operate it in a typical palm oil mill scenario?

Feed settled or thickened sludge at a controlled rate using a feed pump or hopper, pre-dose with the recommended polymer flocculant (do a jar test first), then adjust belt speed and nip/press pressure for optimal cake formation. Monitor feed solids concentration, polymer feed rate, and cake moisture; stop for routine belt cleaning and inspect bearings and tensioning as scheduled.

What chemicals are required and how should dosing be handled?

The press typically uses water-soluble polymers (cationic polyacrylamide) as the primary flocculant; some mills also use coagulants (e.g., alum) depending on feed characteristics. Always perform bench jar tests to determine the correct type and dose, start with low concentration and ramp up while observing floc size and settling; use metering pumps for consistent dosing and follow PPE and handling instructions for all chemicals.

What performance can I expect (throughput and cake dryness) for palm oil residues?

Performance varies with feed solids, polymer dosing and machine size. Typical small-to-medium belt presses achieve cake solids in the range of 35–60% dry solids for palm oil sludge; throughput depends on feed concentration and model but is scalable. Expect better dryness with well-conditioned flocs and optimized press settings—consult the machine manual or supplier for model-specific numbers.

What are the installation and electrical requirements for the 220V model?

This model is configured for a stable 220V AC supply (confirm single- or three-phase on the nameplate) and requires a properly rated circuit breaker, earth grounding and an appropriate disconnect switch. Prepare a level, drained concrete pad or mounting frame with enough clearance for feed, discharged cake and belt access; check the manual for exact footprint, motor ratings and recommended wiring.

What maintenance, safety considerations and warranty coverage apply?

Routine maintenance includes daily belt cleaning, periodic belt tensioning and replacement of wear parts (paddles, bearings, seals), lubrication of gearboxes and inspection of polymer feed lines. For safety, isolate power before maintenance, use chemical PPE when handling flocculants, and train operators on shut-down procedures. The unit carries a 1-year warranty against manufacturing defects—wear parts, chemical corrosion, misuse and improper installation are typically excluded, so keep service records and follow supplier instructions to preserve coverage.

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