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Reservoir Sizes 20 — 10,000 gallons

Price: by request depending on the package

All characteristics

5-Year guarantee

Easy installation and operation

Over 15 years of service life

Eco Friendly

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Industrial Polypropylene Tanks

Built for safety and performance, industrial polypropylene tanks offer customizable configurations and exceptional chemical resistance.

Purpose

Polypropylene Tanks are designed for the storage and transportation of aggressive chemicals such as acids, alkalis, solvents, and other chemical substances. They are made of polypropylene, a material that offers high resistance to corrosion, chemical exposure, and extreme temperatures. These tanks are ideal for use in industry, manufacturing, laboratories, and other fields where safety and durability are essential when handling chemically active substances.

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Improved Design Customized for the Client's Objectives

CHEMICAL RESISTANCE

Does not react with most aggressive liquids. The material is resistant to corrosion, aging, and mechanical damage.

WIDE TEMPERATURE RANGE

Maintains its properties at temperatures from -20°C to +120°C.

SEALING AND RELIABILITY

The use of extrusion welding in tank manufacturing ensures high seam strength, and subsequent inspection with ultrasonic equipment completely eliminates the risk of liquid leakage.

EASY MAINTENANCE

Simple to clean and offers a long service life.

ENVIRONMENTAL FRIENDLINESS

Polypropylene is an environmentally friendly material, which is important for chemical storage.

CUSTOMIZED SOLUTIONS

Tanks can be manufactured in any shape and size according to individual orders, considering specific operating requirements.

Applications

Chemical Industry
Pharmaceuticals
Food Industry
Water Treatment and Wastewater Purification
Electronics
Agriculture
Automotive and Mechanical Engineering
Laboratories and Scientific Research
Oil and Gas Industry

QUICK SELECTION BY SECTOR

Types of Polypropylene

Type	Main Properties	Temperature Range
PP-H (Homopolymer Polypropylene)	Rigid, strong, chemically resistant	-10°C to +100°C (short-term up to +120°C)
PP-B (Block Copolymer Polypropylene)	High impact resistance, flexibility, crack resistance	-20°C to +80°C
PP-R (Random Copolymer Polypropylene)	Heat-resistant, chemically inert, good dielectric properties	-5°C to +95°C
PP-GF (Glass Fiber Reinforced Polypropylene)	Rigid, load-resistant, UV-resistant, minimal thermal expansion	-10°C to +100°C

Food-Grade Tanks

For use in the food industry, tanks must comply with all standards and requirements.
Food-grade polypropylene tanks should be made from random copolymer polypropylene (PP-R) or special food-grade polypropylene (PP-FDA) that meets sanitary regulations.

Our tanks offer the following features:
Chemical Inertness – Does not react with food products or release harmful substances.
Temperature Resistance – Withstands hot liquids up to +95°C (PP-R).
Non-Porous Surface – Does not absorb odors or promote bacterial growth.
Easy to Clean – Resistant to cleaning and disinfecting agents.

Specification

Additional Configuration

These features provide flexibility in configuring the equipment to meet specific cooling needs and energy-saving goals.

BACKUP PUMP AND MANIFOLD

For process, tower, or evaporative pumps.
Ensures continuous operation in the event of pump failure or maintenance.

CONTROL SYSTEMS

Automatic control of all sensors and mechanisms.
Automation based on client preferences, with the possibility of integrating the tank's control with the existing controls used at the client’s facility.

ALARMS

Pressure sensors and temperature sensors are monitored in real time. If the readings exceed acceptable limits, both audible and visual alarms are activated.
A pH sensor measures the acidity or alkalinity of the liquid, which is crucial for preventing equipment corrosion and system blockages. pH data is used for precise chemical dosing (corrosion inhibitors, biocides) to ensure stable operation.

VARIABLE SPEED DRIVES AND FREQUENCY CONVERTERS

A pressure sensor monitors the process pressure and sends a signal to the drive, which adjusts the flow rate according to the system’s current needs.
A temperature sensor transmits a signal to the drive to regulate the fan speed based on temperature control system requirements.
The setup automatically uses only the minimum necessary energy based on settings, promoting energy savings, reducing wear, and cutting costs.
Reducing motor speed by 20% can save up to 50% of energy for pumps or fans.

ADDITIONAL SKID

Depending on the number of sensors, additional skids may be required for their installation and connection.

INSULATION

Insulation protects the cooling liquid and equipment from freezing, ensuring smooth operation.
Maintains a stable temperature, preventing thermal fluctuations that could negatively affect equipment.
Prevents condensation, which can lead to corrosion and slipping hazards.
Helps maintain the necessary reaction temperature, preventing slowdowns or stoppages.

Simplified and more cost-effective installation, offering ease of use for operators.
All starters and control devices are pre-installed in a NEMA 12 enclosure with short circuit protection, a transformer, and a single power supply input.
Power indicator and switches are located on the door of the enclosure.

CENTRAL CONTROL PANEL

ELECTRIC WATER LEVEL CONTROL

A float switch activates the solenoid valve to supply water to the tank.
The float switch is mounted outside the main reservoir in a small closed chamber that is placed at the required level.
Due to its location outside the main reservoir, the float chamber does not affect turbulence inside the main tank, ensuring more stable water level control.

Fluid is supplied through automatically adjustable valves.
Temperature control.
A rotameter is used to measure the passing liquid, enabling efficiency calculations.

FLUID CONTROL AND METERING SYSTEMS

SPACE SAVING

Installation on a frame above the PTS is available, saving floor space.
Multiple equipment configurations are offered, making optimal use of the space beneath the tank.