FRP Pressure Vessels

FIBRE REINFORCED PLASTIC COMPOSITE PRESSURE VESSELS

CERTIFIED TO NSF/ANSI/CAN61

FOR WATER FILTRATION OF RESIDENTIAL, COMMERCIAL AND INDUSTRIAL APPLICATIONS

FRP Pressure Vessels ALFA ~ AEROSOL provides exceptional benefits – easy to operate, user- friendly, and cost-efficient FRP Pressure Vessel / FRP Filter Tank for various applications across the water treatment chain. The innovative design helps it delivering safe, clean, and healthy water by effectively removingall biologically harmful contaminants.
ALFA ~ AEROSOL FRP Pressure Vessel / Filter Tank is considered the most energy-efficient filtration systems available in the market which requires very low maintenance. The various capacities of
vessels/tanks help in selecting the best suitable for any specific needs.
For excellent efficiency and longevity in harsh chemical conditions, our filter tanks reinforced with fiberglass design with polyethylene interior provides the best possible solution. It is non-intrusive, most economical water treatment and storage solution for commercial and industrial purposes.

Each unit is properly checked for 100% pressure control along with consistency before dispatching from our modern manufacturing facility.

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FRP pressure vessel tanks specification:

		CAPACITY / VOLUME		OPENING
SIZE	MODEL	LITERS	GALLONS	TOP	BOTTOM	Specification (mm)
635	TOP	14.5	3.8	2.5″ NPSM	–	152 X 889
735	TOP	16	4.2	2.5″ NPSM	–	180 X 875
825	TOP	17.5	4.6	2.5″ NPSM	–	200 X 635
844	TOP	33	8.7	2.5″ NPSM	–	200 X 1100
1054	TOP	62	16.4	2.5″ NPSM	–	250 X 1350
1248	TOP	78	20.6	2.5″ NPSM	–	300 X 1219
1354	TOP	103	27	2.5″ NPSM	–	325 X 1350
1465	TOP	145	38	2.5″ NPSM	–	350 X 1625
1465	TOP& BOTTOM	145	38	4" 8UN	4" 8UN	350 X 1625
1665	TOP	186	49	4" 8UN	–	400 X 1625
1665	TOP& BOTTOM	186	49	4" 8UN	4" 8UN	400 X 1625
1865	TOP& BOTTOM	236	62	4" 8UN	4" 8UN	450 X 1625
2162	TOP& BOTTOM	312	82.5	4" 8UN	4" 8UN	525 X 1500
2472	TOP& BOTTOM	450	119	4" 8UN	4" 8UN	600 X 1800
3072	TOP& BOTTOM	750	198	4" 8UN	4" 8UN	750 X 1800
3672	TOP& BOTTOM	1000	264	4" 8UN	4" 8UN	900 X 1800
4272	TOP& BOTTOM	1300	345	6" SNA	6" SNA	1050 X 1800
4872	TOP& BOTTOM	1800	475	6" SNA	6" SNA	1200 X 1800
6386	TOP& BOTTOM	3200	845	6" SNA	6" SNA	1600 X 2184

Note: Side Manhole Vessels Are Available On Order Basis

Drawing

Operational Manual

Certifications

Installation Manual

An In-Depth Look at FRP Vessels: Types, Applications, and Market Insights

Fiberglass Reinforced Polymer (FRP) vessels have become a vital component in various industries, owing to their remarkable strength, corrosion resistance, and lightweight properties. This article delves into the different types of FRP vessels, their applications, particularly in water treatment, and insights into the FRP vessels market.

Understanding FRP Vessels

FRP vessels are engineered products composed of a polymer matrix reinforced with fiberglass fibers. Their design allows them to withstand high pressures and harsh chemical environments, making them suitable for various applications, including storage, filtration, and chemical processing. These vessels are not only cost-effective but also versatile, allowing for tailored designs to meet specific industry requirements.

What are Frp vessels?

FRP vessels come in several types, serving different functionalities:

1. FRP Pressure Vessels:

These are designed to hold fluids at higher pressures than atmospheric pressure. The FRP pressure vessel design employs advanced materials and engineering practices to ensure safety and reliability in high-stress applications.

2. FRP Filter Vessels:

Commonly used in water treatment, these vessels facilitate the removal of impurities, making them essential in municipal and industrial water purification systems. The FRP vessel for water treatment typically includes media to filter out contaminants effectively.

3. FRP Tanks:

These larger vessels are often used for storing liquids, including chemical solutions and wastewater. With varying FRP vessel sizes, from small models like FRP vessel 844 to larger tanks like FRP vessel 6386 i.e from 14.5 liters to 3200 liters capcity, there’s a wide range to suit different needs.

4. FRP RO Vessels:

Reverse osmosis applications necessitate reliable filtration, and FRP RO vessels provide a lightweight, durable solution that stands up to the rigors of high-pressure water purification processes. Mainly used as sand filters , carbon filters and ion exchange.

FRP Vessels in Water Treatment

The demand for clean water is increasingly urgent as a growing population strains existing resources. Therefore, FRP vessels for water treatment have become crucial. They not only provide a robust structure for filtration and chemical treatment but also enhance scalability and ease of maintenance.

For instance, Alfa Aerosol FRP vessels, popular in the market, are engineered for a range of applications, including residential and industrial systems. They offer excellent durability and can be customized based on the required flow rate and pressure needs, as detailed in the Alfa Aerosol FRP vessel data sheet.

Media Calculation:

Proper functioning of FRP vessels in water treatment may require accurate media calculation. This ensures that the right amount of filtration media is installed for the desired flow rate, guaranteeing efficiency and effectiveness in contaminant removal. follow guideline provided by the media manufacturer and flow rate of vessel mentioned above.

FRP Vessel Design Considerations

FRP vessel design must adhere to specific codes and standards to ensure safety and reliability. The FRP vessel design code outlines various regulations that need to be followed during manufacturing, particularly for pressure vessels. Furthermore, the design must consider factors such as:

Vessel Size, Opening and Volume: The FRP vessel size in liters and overall volume must align with the application requirements. For example, from 2472 to 4872 FRP vessel volume may be ideal for large-scale industrial applications.For larger vessel it is vessel difficult in the maintainance as the vessels are very heavy In such cases side opening helps the operation in easy maintenace.

Flow Rate: Proper FRP vessel flow rate calculations are essential to determine how quickly water or other fluids can pass through the system. This parameter significantly impacts system efficiency.

Inspection and Maintenance: Routine FRP vessel inspection is key to ensuring that vessels remain in good condition and can perform optimally throughout their lifespan.