Industrial Pumps and Dosing

Industrial pump selection starts with the application.

Flow rate and pressure are important, but they are only part of the selection process. Fluid properties, viscosity, solids content, chemical compatibility, suction conditions, temperature, operating pattern and maintenance requirements can all influence which pump technology is suitable.

SensCore supports industrial pumping applications ranging from fluid transfer and chemical dosing to slurry handling, process circulation and specialised pumping duties.

Air Operated Double Diaphragm pumps use compressed air to move flexible diaphragms and transfer fluid through alternating pumping chambers.

AODD pumps are widely used where the process involves chemicals, viscous liquids, slurry, wastewater, suspended solids or fluids that require careful material selection.

Metallic and non-metallic constructions allow the pump materials to be matched to different process conditions.

Typical selection considerations include fluid compatibility, required capacity, discharge pressure, suction conditions, solids size, diaphragm material and available compressed air supply.

AODD pumps can also be useful where variable flow, dry running capability or portable operation is required, provided the specific pump design is suitable for the duty.

Metering pumps are designed for controlled delivery of liquids into a process.

They are commonly used for chemical dosing, water treatment, disinfection, pH correction, process additives and other applications where repeatable fluid injection is required.

The required dosing rate, discharge pressure, chemical properties and control method should be defined before selecting the pump.

Depending on the application, dosing systems may use technologies such as diaphragm, plunger, hydraulic diaphragm or solenoid driven pumps.

Accuracy should always be considered together with suction conditions, chemical compatibility, installation and actual operating pressure.

Some fluids cannot be handled effectively by a conventional general-purpose pump.

Powders, slurry, viscous materials, food products, abrasive media and fluids containing larger solids can require specialised pump designs.

Application specific diaphragm pumps can be configured for duties where solids handling, sanitary construction, gentle product transfer or resistance to abrasion is important.

The internal flow path, valve arrangement, diaphragm material and wetted components should all be evaluated against the actual process.

This is particularly important for slurry and solids containing services, where incorrect pump selection can lead to blockage, excessive wear or unreliable operation.

Centrifugal pumps are widely used for transferring liquids through industrial systems.

They generate flow by transferring rotational energy from an impeller to the liquid and are commonly used for water circulation, utilities, cooling systems, process transfer and general industrial pumping.

Typical configurations can include end suction pumps, multistage pumps, vertical inline pumps and engineered process pump arrangements.

Selection should consider the required duty point, suction conditions, system resistance, fluid properties, material compatibility and expected operating range.

Selecting a pump only around the maximum required flow can result in inefficient operation. The relationship between the pump curve and the actual system curve should be considered so that the pump operates within a suitable region of its performance range.

Pump materials should be selected around the process fluid rather than around the application name alone.

Important factors can include chemical concentration, temperature, corrosion, abrasion, solids content and hygiene requirements.

Metallic construction may be suitable for many industrial duties, while engineered plastics and other non-metallic materials may be preferable for certain corrosive chemicals.

Elastomers, diaphragms, valve seats and seals must also be checked because compatibility of the pump body alone does not guarantee compatibility of the complete pump.

Pump reliability depends on both the original selection and continued maintenance.

Common replacement components can include diaphragms, valve balls, valve seats, air valve assemblies, seals and repair kits.

Accessories such as pulsation dampeners and air regulators can also form part of the pumping arrangement.

Maintenance requirements should therefore be considered during pump selection, particularly for continuously operated equipment or critical process duties.

Availability of suitable spare parts can also influence the long-term operating value of the pump.

Industrial pumps are used across water and wastewater treatment, chemical processing, oil and gas, manufacturing, food and beverage, utilities, building services and general process industries.

Typical applications include chemical transfer, tank transfer, drum unloading, slurry handling, wastewater pumping, water circulation, chemical dosing, process additive injection, cooling water and general process fluid transfer.

SensCore supports industrial pump and dosing requirements across Abu Dhabi, Dubai, Sharjah, Ajman, Ras Al Khaimah (RAK), Fujairah and Umm Al Quwain (UAQ).

Our selection approach considers the required duty point, fluid characteristics, operating conditions, material compatibility and lifecycle requirements rather than simply the initial pump cost.

Support is available for new projects, replacement requirements, plant upgrades and industrial maintenance applications throughout the UAE.