Dosing Pumps

TSB supplies Dosing Pumps in Jordan for accurate and controlled injection of chemicals, additives, disinfectants, fertilizers and treatment solutions across water, wastewater, industrial, agricultural and process applications.

Dosing pumps are positive-displacement pumps designed to deliver controlled quantities of liquid into a process or pipeline. Different diaphragm, piston, electromagnetic and hydraulically driven configurations are available according to required dosing accuracy, chemical compatibility, pressure, flow and control requirements.

Product Overview

Dosing Pumps combine:

• Accurate and repeatable chemical dosing
• Diaphragm and piston configurations
• Electromagnetic dosing pumps
• Motor-driven dosing pumps
• Hydraulic dosing pumps
• Manual and automatic flow control
• Proportional dosing capability
• Batch dosing
• Analog signal control
• Pulse-based control
• Digital communication and remote-control options
• Multiple chemical-resistant dosing-head materials
• Duty-specific configurations for water, industry and agriculture

Typical Technical Configuration

Specifications and available options may vary. Contact TSB for full details and configuration support.

Diaphragm Dosing Pumps

Diaphragm Dosing Pumps use a reciprocating flexible membrane to draw chemical into the dosing head and discharge a controlled volume into the process.

The diaphragm separates the chemical from the mechanical drive, making this configuration particularly suitable for corrosive, aggressive and treatment chemicals.

Typical applications include:

• Chlorination
• pH adjustment
• Coagulant dosing
• Flocculant dosing
• Biocide injection
• Acid and alkali dosing
• Fertilizer dosing
• Industrial chemical injection
• Water-treatment chemicals

Chemical-resistant dosing heads and diaphragm materials can be selected according to the product being handled.

Piston Dosing Pumps

Piston Dosing Pumps use a reciprocating piston to deliver controlled volumes of chemical at the required process pressure.

They are suitable for applications requiring:

• Accurate dosing
• Higher-pressure injection
• Stable continuous chemical feed
• Industrial chemical transfer
• Process additive dosing
• Fertigation
• Water treatment

Flow adjustment can be achieved mechanically or through controlled drive systems depending on the selected configuration.

Electromagnetic Dosing Pumps

Electromagnetic Dosing Pumps use a solenoid-driven diaphragm to provide compact and highly controllable low-flow chemical dosing.

Their electronic drive allows dosing frequency to be adjusted precisely and enables integration with process signals and controllers.

Available control concepts can include:

• Manual dosing
• Proportional dosing
• Pulse control
• 0/4–20 mA analog control
• Timer-based dosing
• pH or ORP-controlled dosing
• Remote operation

These pumps are particularly suitable for water treatment, disinfection, swimming pools, industrial processes and controlled chemical injection.

Motor-Driven Dosing Pumps

Motor-driven dosing pumps provide a robust solution for continuous and higher-capacity dosing applications.

Diaphragm and piston configurations can be combined with geared electric drives and precise mechanical or electronic flow regulation.

Available options can include:

• Manual micrometric adjustment
• Variable-frequency drive control
• Automatic proportional control
• Analog input control
• Batch dosing
• Digital communication
• Remote monitoring and control

Motor-driven dosing pumps are well suited to larger water-treatment, industrial and agricultural dosing systems.

Hydraulic Dosing Pumps

Hydraulically driven dosing pumps use energy from the water network or hydraulic system to inject a controlled quantity of chemical without requiring a conventional electric motor.

These pumps are particularly useful for:

• Fertigation
• Fertilizer injection
• Irrigation systems
• Remote agricultural installations
• Water-driven dosing applications

Hydraulic dosing provides a compact solution where dosing requirements can be linked directly to the operation of the water system.

Automatic & Proportional Dosing

Modern dosing systems can automatically adjust chemical injection according to changing process conditions.

Control inputs can include:

• Flow rate
• pH
• ORP / Redox
• Conductivity
• Chlorine measurement
• Tank level
• External pulse signals
• 0/4–20 mA process signals
• PLC or controller commands

This allows the chemical dose to follow actual process demand rather than operating continuously at a fixed rate.

Chemical Compatibility

Correct material selection is essential because dosing pumps frequently handle concentrated and aggressive chemicals.

Available dosing-head and wetted-material options can include:

• Polypropylene
• PVDF
• Stainless steel
• PTFE
• FPM and selected elastomers
• Application-specific chemical-resistant materials

Selection should consider the chemical concentration, temperature, pressure and compatibility of all wetted components.

Dosing Systems & Accessories

Dosing pumps can be supplied as individual units or integrated into complete chemical dosing systems.

Typical accessories and systems can include:

• Chemical storage tanks
• Mixers
• Suction lances
• Foot valves
• Injection valves
• Pressure relief valves
• Back-pressure valves
• Pulsation dampeners
• Flow sensors
• Calibration columns
• Level switches
• Controllers
• Instrumentation
• Complete skid-mounted dosing packages

A properly engineered dosing system helps maintain accurate chemical injection while protecting the pump and surrounding process equipment.

Applications

• Drinking water treatment
• Wastewater treatment
• Desalination
• Cooling towers
• Boiler water treatment
• Chlorination
• pH adjustment
• Coagulant and flocculant dosing
• Chemical processing
• Food and beverage
• Industrial process water
• Fertigation
• Irrigation
• Agriculture
• Biocide dosing
• Nutrient dosing
• Disinfection
• Chemical injection systems

Why Choose Dosing Pumps?

Dosing Pumps are designed for applications where a controlled quantity of chemical must be introduced accurately into a process.

Different pumping principles allow the solution to be matched to the required chemical, dosing rate, pressure and level of automation. Diaphragm pumps provide strong chemical isolation, piston pumps support accurate higher-pressure dosing, electromagnetic pumps provide precise electronic control, and hydraulic pumps provide practical dosing without conventional electrical drive requirements.

Automatic control can further improve process performance by adjusting the chemical injection rate according to real-time process demand.

For plant operators, this provides accurate chemical consumption, improved process control, reduced chemical waste and flexible integration into water, industrial and agricultural systems.

TSB Support in Jordan

TSB supplies Dosing Pumps throughout Jordan and supports customers in selecting the appropriate pump according to chemical properties, required dosing rate, injection pressure, control philosophy and installation conditions.

Our local support includes:

• Dosing pump selection and technical consultation
• Chemical compatibility review
• Dosing calculation and sizing
• Diaphragm and piston pump selection
• Electromagnetic dosing pump selection
• Control and automation configuration
• Dosing accessories selection
• Complete dosing skid engineering
• Supply and commissioning
• Calibration support
• After-sales service
• Spare parts support
• Preventive and corrective maintenance
• On-site technical service
• In-house workshop support
• Pump troubleshooting and repair

Contact TSB for Dosing Pump selection, technical specifications, pricing and configuration support in Jordan.