Food Plant Wastewater Sludge Dewatering Belt Press SS304 1

Food Plant Wastewater Sludge Dewatering Belt Press SS304 2

Food Plant Wastewater Sludge Dewatering Belt Press SS304 3

Food Plant Wastewater Sludge Dewatering Belt Press SS304 4

Food Plant Wastewater Sludge Dewatering Belt Press SS304 5

Food Plant Wastewater Sludge Dewatering Belt Press SS304 6

Food Plant Wastewater Sludge Dewatering Belt Press SS304

The Food Plant Wastewater Sludge Dewatering Belt Press SS304 is a stainless-steel (SS304) machine that squeezes water from food-processing sludge. It runs continuously, is easy to clean, and resists corrosion and food stains. The press gives compact, drier cake for easier handling and lower disposal costs. Controls are simple and it fits hygienic plant needs.

Usage scenarios:

- Dairy and cheese plants removing whey and milk solids from wastewater before disposal or composting.

- Fruit, vegetable, and juice processors thickening pulp and wash water sludges to reduce transport costs.

- Meat, poultry, brewery, and sugar factories dewatering organic sludge to meet discharge rules and simplify waste handling.

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):15(days),>1(sets):To be negotiated(days)

Place of Origin:

China

Inquiry

Write a Review

Lower Collecting Tray for Filtrate:

Yes

Water Content's Rate:

80-85%

Dried Sludge:

225-368 kg/h

Inlet Consistency:

1.5-2.5%

Treating Capacity:

15-24.5m3/h

Reference Weight:

2450 kg

Processing Type

desalination

Power(W)

1 kW

Power:

2 KW

Material:

SS304

Product name

Sludge Dewatering Machine

Voltage

220 V, 380 V

weight (kg)

1850

productivity

500L/Hour

warranty

1 Year

place of origin

Shanghai, China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

Efficient Sanitary SS304 Dewatering

The QTB sludge dewatering machine delivers fast, energy-saving belt-press dewatering for food-plant wastewater with low cake moisture, stable low-noise operation, and reduced disposal costs. Made of SUS304 stainless steel with imported Swiss filter cloth and a compact belt-filter layout, its high-quality construction and automatic cloth-correction minimize maintenance and extend service life. Packaged in standard export cartons, offered in multiple belt widths and capacities for easy on-site installation, and fitted with safety monitors and automatic stops for secure, hassle-free operation.

SS304 Hygienic Sludge Dewatering

The QTB sludge dewatering machine is a SS304 belt filter press tailored for food plant wastewater, combining a stainless-steel frame, Swiss-imported filter cloth, and multiple belt-width models with an air-chamber automatic deviation correction for durable, adaptable performance. It provides high-efficiency sludge-water separation with low energy consumption, low noise (≤75 dB(A)), reduced cake moisture, easy operation and integrated safety monitoring with automatic stop to minimize operating and maintenance costs. Compact structural features — adjustable belt widths, lower filtrate collection tray and robust drive/agitator arrangements — ensure stable continuous operation and wide applicability across food & beverage, municipal and industrial wastewater treatment.

Food-Grade SS304 Belt Press

The QTB sludge dewatering machine is a SUS304 stainless steel belt filter press engineered for efficient sludge separation in food plant wastewater and a wide range of industrial and municipal applications. Featuring Swiss-imported filter cloth, an air-chamber automatic deviation correction device and an integrated safety monitoring system, it achieves low energy consumption, quiet operation and minimal moisture content in the dewatered cake. Offered in multiple belt widths and models (QTB-500 to QTB-2000) to handle roughly 3–30 m³/hr, it easily pairs with polymer dosing pumps, sludge pumps and washing pumps for complete treatment lines.

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Efficient Hygienic Durable Dewatering

The Food Plant Wastewater Sludge Dewatering Belt Press SS304 is engineered for sanitary, high-capacity separation with corrosion-resistant SS304 construction, precision hydraulic drive and hygienic design tailored to food processing wastewater. The QTB sludge dewatering machine delivers high dry solids capture, low energy use, automated belt washing and PLC control to cut disposal costs while meeting strict hygiene requirements. Key features and advantages include adjustable belt tension, quick-change filter belts, modular easy-maintenance frame and CIP compatibility for reliable, low-maintenance long-term operation.

Material introduction

The QTB sludge dewatering machine is fabricated mainly from SS304 (SUS304) stainless steel, delivering high strength, excellent corrosion resistance and rust‑free, hygienic surfaces ideal for food plant wastewater applications. Critical filtration components feature Swiss‑imported filter cloth mounted on stainless frames to ensure durable, high‑performance filtration, long service life and minimal contamination risk. Auxiliary parts such as collection trays, chambers, drive housings and seals are also stainless or wear‑resistant materials, reducing maintenance, noise and ensuring reliable, sanitary operation.

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FAQ

What is the Food Plant Wastewater Sludge Dewatering Belt Press SS304 and where is it typically used in food processing facilities?

The belt press SS304 is a continuous mechanical dewatering unit built largely from stainless steel 304 for hygienic, corrosion-resistant service. In food plants it is used to thicken and dewater sludge from primary clarifiers, secondary/biological treatment, screening and washwater solids, grease-trap solids, brewery spent yeast, dairy sludges, meat/seafood processing effluents, fruit & vegetable washwater and other process residues to reduce disposal volume, recover water and improve downstream handling.

What types of sludge and solids can it handle, and are there any limitations?

It handles a wide range: primary/secondary sewage sludges, biological (activated) sludges, food-processing solids (protein, yeast, pulp), grease and oil-laden sludges (after pre-separation), and screened washwater solids. Limitations: very high fibrous loads, bulky rags, or heavy grit may require screening or grit removal first; extremely oily emulsions or very corrosive chemical streams may need pre-treatment or alternative materials (SS316 recommended for aggressive chloride or acid conditions).

How does the SS304 construction benefit food industry applications and what should I watch for?

SS304 offers good corrosion resistance, sanitary smooth surfaces for cleaning, and compatibility with food-grade washdown and CIP procedures—making it suitable for most food plant environments. Watch for chloride-rich or strongly acidic streams (e.g., some seafood brines or aggressive cleaners); in those cases consider SS316 or coatings. Also ensure welds and finishes meet your sanitary standards and that belts and ancillary components are food-grade.

What practical performance can I expect (cake dryness, polymer use, throughput) in typical food plant scenarios?

Performance varies with sludge character and equipment sizing: typical cake solids range from about 18–30% dry solids for biological and many food sludges (some sludges may be lower or higher). Polymer conditioning is usually required; typical polymer dosage ranges widely depending on sludge but commonly falls within a low-to-moderate range (adjusted by lab jar tests and on-site trials). Throughput depends on model and belt size—specify by required dry solids tonnes/day when selecting equipment. Always run bench or pilot tests for accurate expectations.

What pre-treatment, installation and operational steps are recommended for best results?

Recommended steps: install screening/grit removal and grease/oil separation ahead of the belt press; provide a coagulation/flocculation mixing tank with controlled polymer dosing and sufficient retention time; use a feed pump that produces steady, metered flow; ensure proper belt alignment, tension and drainage slope; provide accessible washdown and CIP lines for hygiene; and design for noise, ventilation and operator safety. Commissioning should include polymer optimization, belt speed tuning and training for operators.

What are typical maintenance, cleaning and troubleshooting items operators should plan for?

Routine maintenance: daily visual inspections, check belt tension/alignment, clean spray nozzles and rollers, monitor polymer pumps and lines, lubricate bearings per schedule, and replace wear parts (belt, rollers, seals) as needed. Cleaning: perform regular high-pressure washdown and periodic CIP with food-safe detergents; ensure drainage and waste handling are sanitary. Common issues and fixes: low cake dryness (check polymer type/dose, retention time, belt speed), frequent belt slippage (adjust tension/replace worn belt), odors (improve drainage, clean regularly, store cake briefly in sealed containers), and spray nozzle clogging (flush filters, strainers). Keep a spare-parts kit and documented SOPs to minimize downtime.

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