Pressure Nutsche Filters

Pressure Nutsche Filter | Nutsche Filtration

Kumar Process Consultants is a leading provider of Pressure Nutsche Filters (PNFs) and Nutsche filtration solutions in India, UAE, USA, and UK. These filters are made from a variety of materials.

Understand the features of our Pressure Nutsche Filters (PNFs) below to learn more about how they excel in solid-liquid separation.

  1. Efficiently filter bulk drugs using our advanced Pressure Nutsche filters. 
  2. Antibiotics production
  3. Vitamin production 

Our equipment ensures optimal product quality and compliance.

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Construction of Pressure Nutsche Filter

Kumar Process make Pressure Nutsche Filters (PNFs) are ideal for Nutsche filtration applications in pharmaceutical and sterile environments. Unlike conventional filters using PP/Polyester cloth, our Pressure Nutsche filters feature cleanable, non-fiber-releasing Sintered metallic filter discs, ensuring flawless filtration quality without product impurity risks. The nutsche filter is particularly beneficial for filtering antibiotics and vitamins in sterile rooms where ordinary centrifuges are unsuitable.



The pressure nutsche filter design allows easy handling without requiring time to time intervention from the maintenance team, saving valuable time during loading and unloading operations, especially in clean room settings. Additionally, our pressure nutsche filters come with a Davit arm arrangement in SS/Hastelloy for larger units, enhancing operational convenience.


With micron ratings ranging from 100 Micron to 1 Micron, our PNFs cater to diverse filtration needs across a wide range of products with varying filtration characteristics. The cleanable SS316L filter discs can be washed with water or appropriate solvent, ensuring longevity and cost-effectiveness compared to conventional Nutsche filters using cloth. Experience efficient and reliable Nutsche filtration with Kumar Process's advanced Pressure Nutsche Filters, designed for optimal performance and longevity in pharmaceutical and sterile environments.

All of our equipment is custom designed to suit the product being manufactured with respect to cake height, liquid hold-up, CIP / SIP requirements etc.

Pressure Nutsche Filter Specifications

Size

300mm (12 inches) to 2.5m (100 inches) in diameter

Capacity

50 to 10,000 Litres

Operating Pressure

0-20 barg (0-300 psig) - Vacuum option

Operating Temperature

Up to 240 Degrees C. (460 Degrees F)

Material

SS316/SS304/HC-22/HC-276

types of Coating for Wetted Parts

HALAR/ ETFE/ PFA/ PVDF/ PP (Food Grade) 

Pressure Nutsche Filter Working Principle

The Pressure Nutsche Filter (PNF) is commonly used to remove coarse solids from slurry streams.

As a closed vessel, the Pressure Nutsche Filter uses pressure or vacuum to separate solids from liquids. The slurry is filled in from the top. Under pressure, the slurry is filtered through the filter media. The clear filtrate comes out through the bottom of the filter.

The sealed pressure nutsche filter design guarantees odorless, contamination-free, and environmentally sound operations, with options for complete leak-proofing for vacuum nutsche filters.

Pressure Nutsche Filters Design Features

We provide a range of design features for Pressure Nutsche Filters to meet diverse filtration requirements.


Cleanable, non-fiber releasing SS316 Filter disc

Ease of operation and cleaning

Entire product cake can be recovered cleanly

CIP/SIP possible

What are the advantages of Pressure Nutsche Filter?

Efficient cake recovery

Extensive material options for tailored design and cost-effective solutions

Enables multiple processes like steaming, sparging, drying, or washing within the filter

Handles diverse flow rates and solids loading

Can Process concentrated suspensions

Extracts active agents from organic solids

Features filtration plants with comprehensive product and solids processing capabilities

Incorporates an Integrated CIP-system for cleaning

Ensures environmentally safe, fully enclosed systems

Applications of Pressure Nutsche Filter

  1. Pharmaceutical Industry: PNFs are used for filtering pharmaceutical compounds, separating solids from liquids during drug manufacturing processes.
  2. Chemical Industry: PNFs are employed in chemical processing for filtering and purifying chemicals, separating solid particles from liquid solutions.
  3. Food and Beverage Industry: PNFs play a role in food and beverage production, particularly in filtering food products, beverages, and extracts.
  4. Mining and Minerals: PNFs are used in mining and mineral processing for separating solid particles from liquid slurries, refining ores, and recovering valuable minerals.

These applications demonstrate the versatility and effectiveness of Pressure Nutsche Filters across different industries and processes requiring efficient solid-liquid separation and filtration.

Why choose Kumar Filter for Pressure Nutsche Filter Needs?

Kumar Process Consultants is a top leader in the manufacturing, supply, and export of high-quality Pressure Nutsche Filters (PNFs). Our expertise lies in innovative design and engineering, particularly suited for pharmaceutical and sterile environments.


Whether you need reliable filtration solutions for pharmaceutical processes or for sterile environments, Kumar Process Consultants delivers unmatched quality, performance, and innovation in Pressure Nutsche Filters. Trust us for your filtration needs and experience the difference in efficiency and reliability.

FAQs

What is the pressure filtration method?

The filtration rate of a pressure nutsche filter is the speed at which it separates solids from a liquid stream under pressure, typically measured in GPM or LPM. It varies based on factors like filter design, size, media type, and liquid properties. Pressure Nutsche filters aim for efficient rates while maintaining nutsche filtration quality, adjustable to specific needs for optimal performance in industrial processes.

How to optimize pressure Nutsche filter design?

Optimizing pressure Nutsche filter design involves several key considerations. First, assess the filtration requirements, including the type of solids and liquid properties. Choose the appropriate filter media, vessel size, and pressure rating based on these factors. Integrate safety features like pressure relief valves and consider ancillary equipment such as pumps for liquid transfer. Ensure proper sealing and gasketing and test the design for performance and efficiency before implementation.