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WHIRLER CENTRIFUGALS PVT. LTD.
GST : 24AAACW1729R1ZX

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Trial Engineering SS316 Laboratory Continuous STP Screw Press

Trial Engineering SS316 Laboratory Continuous STP Screw Press Specification

Recycle Rate
High (designed for continuous operation, maximizes recycling efficiency)

Power Consumption
0.5 - 1.2 kW (depending on model)

Flow Rate
Adjustable, 5-20 L/hr

Pump Type
Not integrated (external feed recommended)

Usage & Applications
Laboratory Sludge Dewatering, Pilot Trials, STP R&D

Feature
Continuous operation, corrosion resistant, easy cleaning

Frequency
50 Hz

Efficiency (%)
Up to 97%

Water Out Conductivity
< 50 S/cm

Noise Level
< 70 dB(A)

Ph Level
6.5 - 8.5

Technology
Screw Press Dewatering

Drive Type
Screw Drive / Electric Motor, Gear Motor Drive

Volume
Laboratory scale (bench-top design)

Automatic Grade
Semi-Automatic / Automatic (as per configuration), Semi-Automatic

Voltage
230 V AC, 50 Hz

Power Source
Electric

Purity Level
Up to 97% solid-liquid separation

Water Source
Raw/Untreated Water, Raw/Processed Water

Material
SS316 Stainless Steel

Product Type
Laboratory Continuous STP Screw Press

Filter Type
Micro-perforated Screen / Mesh Filter

Capacity
5 - 20 L/hr (depending on feed & model)

Installation Type
Portable / Table Top Installation, Table Top/Laboratory Mounting

Compliance
Lab/industrial safety compliance

Hopper Type
Stainless steel gravity feed hopper

Safety Features
Motor overload protection, enclosed moving parts

Operating Temperature
5C to 45C

Body Construction
Heavy-duty robust frame with compact design

Colour / Finish
Stainless Steel Satin Finish

Discharge Type
Solid cake discharge with liquid outflow

Dimensions
Approximately 1200mm (L) x 600mm (W) x 900mm (H)

Cleaning System
Manual accessible joints for cleaning

Control Panel
Included, with basic operating controls

Trial Engineering SS316 Laboratory Continuous STP Screw Press About

The Trial Engineering SS316 Laboratory Continuous STP Screw Press is a robust, high-performance dewatering solution designed for laboratory and pilot-scale applications. Constructed from durable SS316 stainless steel, it ensures excellent corrosion resistance and hygiene, making it ideal for sensitive materials. Its continuous operation facilitates efficient solid-liquid separation, particularly for sludge treatment processes (STP). This screw press offers precise control over dewatering parameters, enabling researchers and engineers to optimize processes, test new formulations, and scale up operations with reliable, consistent results. It's an essential tool for R&D in environmental, chemical, and industrial sectors.

Intuitive Operation and Advanced Control

The included control panel outfitted with basic operational controls enables seamless management of semi-automatic or automatic configurations. Adjustable flow rates (5-20 L/hr), compatibility with 230 V AC, and overload protections make it suitable for both novice and advanced lab technicians. Installation is simple, whether on a tabletop or portable setting.

Robust Construction and Easy Maintenance

Constructed from corrosion-resistant SS316 stainless steel, the press is designed for high durability even under frequent usage. The gravity-feed hopper streamlines continuous input, while removable joints provide convenient manual cleaning. The satin finish and enclosed moving parts not only enhance safety but also facilitate sanitation.

High-Efficiency Dewatering for Diverse Applications

The screw press achieves up to 97% solid-liquid separation, efficiently processing raw or untreated water. Its micro-perforated screen and mesh filter system maximize productivity, making it a reliable choice for laboratory sludge dewatering, pilot-scale trials, and process optimization in STP R&D settings.

FAQ's of Trial Engineering SS316 Laboratory Continuous STP Screw Press:

Q: How is the SS316 Laboratory Continuous STP Screw Press operated?

A: Operation is managed via the integrated control panel, enabling semi-automatic or automatic function depending on the selected configuration. The unit is simple to start up, with adjustable flow and clear indicators ensuring efficient, user-friendly performance.

Q: What types of samples can this screw press handle?

A: The press is suitable for laboratory-scale dewatering of raw/untreated water, processed water, and sludge, commonly encountered in STP R&D and pilot trials. Its design allows for high recycling efficiency and excellent separation across varying feed compositions.

Q: When is cleaning required, and how is it performed?

A: Routine cleaning is recommended after each use or when changing sample types. The screw press features manual accessible joints and a gravity feed hopper, enabling straightforward access to internal components for efficient manual cleaning and continued contamination-free operation.

Q: Where can this screw press be installed?

A: Designed for versatile laboratory settings, the unit's compact dimensions and portable, table-top mounting suitability make it ideal for both stationary and flexible installations, providing practical setup for most lab environments.

Q: What is the benefit of using SS316 stainless steel in the construction?

A: SS316 stainless steel offers exceptional corrosion resistance and durability, ensuring safe long-term performance even with harsh samples. The satin finish also improves cleanability and maintains a professional lab appearance.

Q: What safety features are included in the press?

A: Safety is ensured through motor overload protection, enclosed moving parts, and compliance with laboratory and industrial standards, protecting both operators and equipment during continuous operation.

Q: How does this screw press contribute to laboratory efficiency?

A: With up to 97% solid-liquid separation efficiency, rapid dewatering process, and easy maintenance features, the screw press streamlines sludge treatment, optimizes workflow, and provides reliable data for development and scale-up activities.

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