Full-Time
Confirmed live in the last 24 hours
Provides sustainable climate solutions globally
No salary listed
Senior, Expert
Chennai, Tamil Nadu, India
Copeland offers sustainable climate solutions that help reduce carbon emissions and improve energy efficiency for commercial, industrial, refrigeration, and residential customers. Their products focus on energy transition in heating, cooling, and cold chain solutions, while promoting refrigerants with lower climate impact. With over 100 years of experience and a global presence in more than 40 countries, Copeland is equipped to address challenges effectively. The company's goal is to create solutions that enhance quality of life and protect the environment for future generations.
Company Size
1,001-5,000
Company Stage
Grant
Total Funding
$2.5M
Headquarters
St. Louis, Missouri
Founded
1921
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Health Insurance
Dental Insurance
Vision Insurance
401(k) Retirement Plan
Parental Leave
Paid Vacation
Paid Holidays
Flexible Work Hours
Wellness Program
Last year, Copeland announced a £19m investment in the Cookstown facility to increase production capacity to meet European heat pump demand.
Copeland has completed a $14 million renovation of its Vilter industrial compression facility in Cudahy, Wisconsin, enhancing its manufacturing, training, and collaboration capabilities.
USA: Copeland has announced the official opening of its new Vilter industrial refrigeration compressor facility in Cudahy, Wisconsin, following a major $14m renovation and remodelling.
Copeland, a global provider of sustainable climate solutions, will participate in the Global Cherry Summit 2025, which will be held on April 22 at the Monticello Conference Center, in San Francisco de Mostazal, Chile.
Netherlands-based BlueHeart Energy, a company developing Thermo Acoustic heat pump for the residential market, has received a strategic investment from Copeland, a US-based climate solutions provider. The European Innovation Council Fund also joined as a strategic investor.The funding details, however, remain undisclosed.To support the Paris Agreement’s goal of reaching net-zero carbon emissions by 2050, the International Energy Agency (EIA) states that the use of clean heating methods, such as heat pumps, must increase to make up half of global sales by 2030. Heat pumps alone could reduce global CO2 emissions by at least 500 million tonnes within that period.Copeland’s investment in BlueHeart Energy supports its focus on developing technologies that tackle climate change and meet heating and cooling needs in residential, commercial, cold chain and industrial environments.Ross B. Shuster, CEO of Copeland, says, “We’re pleased to announce our strategic investment in BlueHeart, whose innovative thermo-acoustic-based heat pump technology complements our best-in-class scroll compressor portfolio.”“This investment will assist BlueHeart in taking their novel technology to commercial readiness and reinforces Copeland’s dedication to driving the global energy transition and delivering efficient, sustainable heating solutions worldwide.”Capital utilisationCopeland will assist BlueHeart Energy in advancing its product development and preparing for market entry. This support will include guidance on manufacturing design, market insights, customer engagement strategies, and access to sales channels. The goal is to help accelerate the development and commercial use of BlueHeart’s technology.Michiel Hartman, CEO of Blue Heart Energy, says, “We’re proud to announce this important strategic step together with Copeland. As a result, BlueHeart can take a major leap forward in bringing the BlueHeart system to market complemented and supported by a leading global partner.”“This investment reinforces BlueHeart’s dedication to scaling, industrialising and addressing its clients’ application needs through our technology, delivering future-proof heating and cooling solutions worldwide.”BlueHeart’s visionFounded in 2016 by Michiel Hartman and Haico Halbesma, BlueHeart Energy is a spin-off from TNO. It is developing a thermo-acoustic engine to improve the performance of heat pumps. The engine uses sound waves in a closed loop to produce heating and cooling without the use of refrigerants or generating CO2 emissions