Industry

In the agriculture industry, pumps play a crucial role in water abstraction, irrigation, and fertiliser spreading, ensuring efficient water, waste management and nutrient distribution for optimal crop and livestock production

In the aviation industry, pumps are vital for fuel transfer, refuelling, hydraulic systems, and de-icing operations, ensuring aircraft safety, performance, and reliability throughout various ground, flight operations and maintenance procedures.

In the beverage industry, pumps must ensure hygienic, efficient, and reliable operation.

Our pumps handle delicate liquids with precision, supporting processes from bottling to carbonation, while meeting strict sanitation and quality standards..

In the building services industry, pumps ensure adequate pressure for hot and cold water, heating, wastewater removal, and fire sprinkler systems, essential for high-rise and large premises with multiple outbuildings.

Carbon Dioxide (CO²) is a major contributor to global warming. In Carbon Capture and Storage (CCS), CO² must be compressed and pressurised to remain liquid for transfer.

This is crucial for reducing emissions from power plants, factories, and transport, which may soon be legislated.

In chemical manufacturing, pumps are integral for transferring raw materials, emptying tankers, ensuring precise mixing, and managing hazardous substances.

They uphold safety standards and operational efficiency across diverse production processes.

In decommissioning projects, pumps facilitate safe fluid handling, from nuclear reactors to offshore platforms. They ensure efficient waste removal and environmental protection during dismantling and clean-up operations.

Energy from Waste uses pumps for converting non-recyclable waste into energy through combustion, gasification, anaerobic digestion, and other processes, crucial for sustainable energy production amidst reduced landfill allowances.

Energy storage, vital for stabilising renewable energy grids, relies on pumps for efficient management of excess energy.

Pumps enable storage through methods like pumped hydroelectric storage, supporting UK's goal of achieving 30% renewable energy by 2020.

Foam products typically using Isocyanate, integral to diverse industries such as furniture, automotive, and insulation rely on pumps for precise fluid handling.

Positive displacement pumps ensure consistent foam structure and quality, from sofas and car seats to insulation and cleaning products.

Pumps in the food industry ensure hygienic and efficient liquid handling, crucial for processing, filling, and packaging food products.

They maintain product integrity and safety, meeting stringent regulatory standards for quality assurance.

Pumps play a critical role in the fuels, biofuels, and petroleum

industries, facilitating efficient transfer and distribution of liquids such as gasoline, diesel, and bioethanol. They ensure reliable operations across refining, transportation, and storage, supporting global energy demands.

In the marine industry, pumps are essential for ballast water management, fuel transfer, bunkering, firefighting, and bilge pumping, ensuring vessel safety, operational efficiency, and environmental compliance on the open seas.

in mechanical processes ensure precise fluid handling for lubrication, cooling, heating, and high-pressure operations.

They optimise machinery performance, enhancing efficiency and reliability across diverse industrial applications.

In mining, pumps are essential for dewatering operations, transporting slurry, and managing water resources underground.

They ensure efficient extraction processes and maintain safe working conditions in challenging mining environments.

In the oil and gas industry, pumps are crucial for transporting crude oil, natural gas, and refined products. They enable efficient extraction, processing, and distribution, ensuring continuous operations and safety in complex environments

Pumps are essential in the paint, print, and varnish industries for precise liquid handling in mixing, spraying, and coating processes.

They ensure consistent quality and efficiency, crucial for achieving desired finishes and product durability.

In power generation, pumps are pivotal for water circulation, coolant handling, and fuel transfer, ensuring efficient operation of turbines and reactors.

They play a critical role in maintaining plant reliability and energy production

In pulp and paper production, pumps are essential for transporting pulp slurry, chemicals, and water throughout the manufacturing process.

They optimise efficiency and reliability, crucial for producing quality paper products sustainably.

Efficient and low-maintenance pumps are crucial in rail transport, supporting timely loading or unloading of rail cars which are used to transport bulk fuels, oils and chemicals. They are also used for the refuelling of diesel locomotives and washing.

They ensure reliability and adherence to schedules in critical rail processes..

Pumps in renewable energy facilitate fluid handling for hydropower, geothermal, hydrogen and solar thermal systems.

They optimize efficiency and reliability, crucial for harnessing sustainable power sources worldwide.

In rubber and plastics manufacturing, pumps ensure precise handling and metering of polymers, additives, and solvents.

They maintain consistency and efficiency, crucial for producing high-quality consistent products across diverse industrial applications.

In surface treatment processes, pumps facilitate precise handling of chemicals and coatings.

They ensure uniform application, corrosion protection, and enhancement of material properties, vital for achieving high-quality surface finishes in various industries.

In wastewater treatment, pumps play a vital role in conveying, sampling, mixing, and treating sewage and industrial effluents.

They ensure efficient water management, meeting environmental standards and safeguarding public health through reliable operation in diverse treatment processes.