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Let's Care Together

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Solutions to enhance sustainability

Sustainability efforts in our product groups

Discover what Eppendorf does to support labs in their effort to become more eco-friendly.

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Validated and certified

An “ACT” label gives clear, third-party verified information about a product’s environmental impact. We are proud to offer a growing number of products with this label.

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Knowledge & downloads

Take a look at our white papers, application notes, posters and many other documents for more information on sustainability.

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Save energy with Eppendorf ULT freezers

Ultra-low temperature (ULT) freezers are an essential part of the lab, but pose sustainability challenges, with energy consumption and the environmental impact of refrigerants as key concerns. Download our useful poster to learn more, including tips for energy efficiency.

Efficient insulation helps to keep your samples safe. Eppendorf ULT freezers protect your samples thanks to rapid temperature recovery and pull-down times.

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„Reduce energy consumption can be made by several innovations:"

1. Lowering the temperatures of the -80 freezers to -70C (research shows that samples will not be affected)
2. During interval-working in the flow cabinet, return the air circulation on half speed. Speed it up 10 min before start working again.
3. Store all your disposables in one storage room, make 1 person responsible to keep an eye on stocks and save disposables.
4. Turn all the machines and lights off after finishing lab work. Small steps for making a better environment!

Ella Z., Netherlands

“We try to bundle general practices as best as possible”

We have many devices that require a lot of energy and due to budgets it is not easy to renew these devices to more energy-efficient models, but in the lab we do our best in other ways to compensate this.
• Insert a PCR together at the same time so that only 1 device has to run instead of 3 or 4
• Fill the shakers as optimally as possible before an extra one is turned on
• Use a colder room where the ULT is located so that the difference in temperature is smaller
• Use full centrifuges instead of several half-full centrifuges

Nikki V., Belgium

“We believe that every small effort counts towards creating a more eco-friendly future for scientific endeavors”

To reduce energy consumption in our lab, we are implementing several strategies and practices:
1. We ensure that lab equipment is only powered on when necessary
2. Whenever possible, we invest in energy-efficient lab equipment with high Energy Star ratings
3. LED Lighting
4. Monitor and adjust temperature settings … to maintain optimal conditions for samples while minimizing energy usage
5. Sealing and insulation
6. Promoting awareness and education… about the importance of energy conservation and simple practices
7. Utilizing renewable energy sources
8. Collaborative efforts with other research groups and institutions to share best practices and innovative ideas for reducing energy consumption in laboratory settings.

Róbert B., Hungary

“I now use refillable boxes for my pipette filter tips instead of buying new boxes, and I also use glass pipettes when possible.”

Johannes JW., Germany

“It is possible switching to reusable centrifuge racks for holding centrifuge tubes before and after separation rather than buying sets of centrifuge tubes that are pre-racked in polystyrene.”

Heinrich J., Germany

“The aim is to use as little single-use plastic as possible in the laboratory in order to limit my footprint on the planet.”

I reuse tubes whenever possible (same solution for example). I use a single cone to place the protein gels (washing the cone in the migration solution between each sample). I use plastic pipettes several times whenever possible. I wash and reuse the cuvettes for bacterial OD determination.

Sabrina R., France

“By integrating eco-initiatives, microbiology labs can contribute to the global effort to combat climate change while promoting a culture of sustainability within the scientific community.”

• Modern energy-efficient equipment often comes with advanced features such as better insulation, programmable settings, and eco-friendly refrigerants.
• Using biodegradable and non-toxic chemicals, reducing the use of hazardous substances, and optimizing protocols or implementing micro-scale experiments can minimize waste and improve safety for lab personnel.
• Implementing water conservation techniques can significantly reduce water usage. One approach is to install high-efficiency autoclaves that recycle water during the sterilization process.

Melker J., Sweden

“Eco-friendly practices and cutting-edge research can go hand in hand in the fight against global warming.”

Our eco-initiatives are a blend of cutting-edge technology and timeless sustainable practices, designed to reduce our carbon footprint and inspire others to follow suit.
• Zero-waste policy, focusing on reducing, reusing and recycling.
• We’ve replaced single-use plastics with biodegradable alternatives.
• All our lab supplies, from chemicals to consumables, are sourced from eco-friendly suppliers.
• We prioritize products with minimal environmental impact.
• Utilizing digital tools for data recording, analysis, and communication. This not only reduces paper waste but also enhances collaboration and efficiency within our team.
• Green commuting options for all staff. We provide incentives for carpooling, cycling, and using public transport.

Eco-friendly practices and cutting-edge research can go hand in hand in the fight against global warming.

Anna M., Poland

“We implement various practices in our lab, to help reduce global warming.”

• Our building is completely surrounded by solar panels. These panels provide us with the energy we need to be able to do our science. In turn, creating clean energy that helps the environment.
• In addition, we make sure that the cisterns are water-controlled to reduce water consumption.
• We never leave lights on at the end of the day and we are very conscious of the importance of caring for our planet.

Paloma R., Spain

“In my lab, we use digital protocols to facilitate necessary changes, store different versions, and avoid paper printing. And, if paper must be used, we try to use for drafts or lab notes.”

Tania P., Spain

“[to help digitalize my workflow and reduce dependency on paper] I use several QR codes that are linked to documents that we need to have access in the lab.”

Sofia B., Portugal

“To mitigate our dependency on paper resources and promote sustainability, I have implemented and plan to implement several eco-initiatives to digitalize our workflow.”

• Electronic lab notebooks for better data management and reduced paper use
• Utilizing electronic data capture systems and bioinformatics software for data collection and analysis
• Cloud storage for data storage and collaboration to minimize printing.
• Encouraging virtual conferences and meetings to reduce travel and paper materials.
• Accessing digital / online protocols and manuals to avoid printing.
• Using recycled paper, eco-friendly inks, and double-sided printing by default.
• Adopting energy-efficient practices, such as optimizing lighting and equipment use.

Marianna V., Italy

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