PHAM NEWS | APRIL 2025 20 Energy SavingProducts


Household hero Beyond industry and public services, pumps impact our daily lives in more personal ways. Every time we turn on the tap for fresh water, adjust the thermostat, or rely on modern appliances, pumps are working behind the scenes to make these conveniences possible. In residential homes, pumps ensure the effi cient delivery of water, heating, and cooling – keeping households comfortable, safe and sustainable. From individual homes to


massive industrial plants, pumps are an often unseen yet essential part of daily life. They are indispensable to modern living and key to the sustainable, energy- effi cient world we are working to build.


Pumps: the unseen workhorse


In a world increasingly focused on sustainability, Luboš Michlík from Europump – the European Pump Association – highlights the key role pumps can play in delivering effi ciency gains across a diverse range of applications.


manufacturing, commerce, transportation, housing, and public services, pumps remain the unsung heroes at the heart of these transformations. They play a critical yet often overlooked role in shaping a more sustainable, energy-effi cient world. From powering industrial


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processes and climate control in buildings, to enabling clean water and sanitation systems, pumps are essential in nearly every aspect of our daily lives. In this era of climate change and environmental responsibility, their signifi cance in achieving Europe’s sustainability goals cannot be overstated.


Manufacturing imperative In the manufacturing sector, where energy effi ciency is a growing imperative, pumps are quietly driving progress. They facilitate vital processes such as cooling, heating, fl uid transport and circulation, all while consuming a sizeable portion of industrial energy. Yet, innovations in pump technology are helping industries cut down energy usage, reduce operational costs, and minimise


Luboš Michlík President of Europump


s the global push for improved energy effi ciency and sustainability intensifi es across


their carbon footprint. Industrial pumps represent


a key opportunity for energy savings, given that they account for up to 20% of global electricity consumption. By embracing more effi cient pump systems, manufacturers can drastically reduce energy consumption, making a major contribution to global sustainability eff orts.


Infrastructure In the built environment, pumps are integral to effi cient heating, ventilation and air conditioning systems, water distribution, fi re safety and waste management. As smart cities and green buildings become the blueprint for future urban development, pumps are pivotal in enabling the technologies that make modern infrastructure energy-effi cient and sustainable. Smart, energy-effi cient pump


It is crucial that pumps are


recognised for their potential to deliver significant energy savings and environmental benefits


systems are not just improving performance in individual buildings but are transforming how we manage water, heating, and cooling across entire cities. They are key enablers in the transition to sustainable urban living.


Greener mobility Pumps are critical in the transportation sector too, particularly in electric vehicles


(EVs) and public transit systems. They support battery cooling in EVs, enable more effi cient fuel use in conventional transport, and ensure safe operation in air, rail and marine travel. In public services such as water treatment and power generation, pumps keep essential services running effi ciently and sustainably. From electric vehicles to


wastewater management, pumps are at the heart of ensuring that transportation and public services meet modern effi ciency and environmental standards. Their role in enabling cleaner mobility and smarter services is vital to achieving Europe’s sustainability targets.


Driving innovation Pumps are also key players in the renewable energy revolution. Whether it is through circulating fl uids in geothermal systems, powering hydraulic mechanisms in wind turbines or managing cooling in solar power plants, pumps are crucial to the smooth operation and effi ciency of renewable energy technologies. The future of clean energy


depends on the effi ciency of every component, and pumps are no exception. They are essential to scaling up renewable energy solutions and achieving Europe’s net-zero carbon targets.


Greener future Europump and its members are at the forefront of promoting high-effi ciency pump technologies and advocating for policies that support sustainability and innovation. Through collaboration with industries, regulators, and other stakeholders, Europump is committed to driving the adoption of innovative solutions that reduce energy consumption and environmental impact. Ecopump is its fl agship project,


embodying the organisation’s energy reduction commitment. In 2004 the Europump Council endorsed the Ecopump initiative as the very cornerstone of the European pump sector’s energy and environmental policy. The Europump website now carries a dashboard that provides a real time illustration of the energy savings being made. Since 2016, these endeavours


have resulted in saving 233 million MWh of electricity and a reduction of 163 million tons of CO2 emissions. Additionally, the incorporation of the Extended Product Approach into the upcoming revision of EU Regulation 547/2012 for water pumps could unlock a further 35 TWh in energy savings. ◼ phamnews.co.uk/425/27


CUT TO THE CHASE


 Pumps are crucial for energy effi ciency in a wide range of industries


 They enable sustainable urban living through smart building technologies and management


 In transportation, pumps enhance effi ciency in EVs and public transport


 Pumps support renewable energy systems, vital for achieving net zero targets


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