Did you ever stop to think about how much energy it takes to run a western blot, or how much energy that -20°C, -80°C or domestic freezer is using in your lab? I think for most of us these kinds of things just add to the white noise surrounding us as we are working at the bench. That, however, does not mean this issue is not important. Energy production is responsible for 26% of Greenhouse Gas Emissions worldwide, and laboratories are among the most energy intensive building types. In fact, labs use five times more energy per square foot compared to a typical office building. It is not uncommon to see just one large lab facility use as much energy as a small residential neighborhood!
The reason labs use so much energy is because like humans, they need to breathe. Typical labs require between 6-12 air changes an hour; every 5-10 minutes the building is ejecting its entire volume of air and replacing it with new air. Heating and cooling this amount of air so often consumes a tremendous amount of energy, anywhere from 60% -80% of the total building energy budget. Lighting, equipment, computers, servers and other plug loads constitute the remaining 20%-40%. With energy prices rising sharply across the globe, company executives are taking note of the effect of energy consumption on their bottom-line and putting company resources into reducing energy use.
Despite so much energy use, energy management opportunities are plentiful in laboratories and there are a myriad of ways to reduce energy consumption. Entire industries have sprung up around facility energy management needs from LED technology to smart HVAC optimization. In my next post we will take a deeper look into the lab space and identify energy intensive equipment and methods for reduction.
It’s no secret that scientific inquiry is dependent on funding. Advances in biomedical research contribute to human health, and are of inestimable value! At the same time, biomedical research is not an inexpensive endeavor. The competition for science funding is fiercer than ever. With green lab initiatives and BETR grants, scientists can boost the impact of their grant dollars, while maximizing their chances to receive awards.
This Thanksgiving holiday, Labconscious would like to thank the life scientists, and sustainability professionals, who have contributed their expertise and enthusiasm to our blog content over the past year. Their efforts have encouraged the worldwide trend in greening labs!
Learn why your university should run a green labs fair, and how to do it successfully, in this interview with University of California San Diego Sr. Social Responsibility Program Manager, Mark Ortiz.
The words "game changer" gets thrown around a lot, but in this case it's a bulls eye. Academic, government and industrial laboratories are using this instrument to reduce consumables costs by 90%+ and to prevent plastic pollution. Learn more in this Labconscious interview with inventor and CEO Ali Safavi.
Help us keep the momentum up for everyone in life science! Please invite Labconscious to cover your green lab story! If you are doing an environmentally friendly life science research project, let us know! If you want to share efforts…
What is the best option to prevent E-waste? Reuse! High quality lab equipment should go to labs, not landfills! Learn how Biosurplus offers a smart and eco-friendly way to extend the life cycle of laboratory equipment for science.
University of Virginia scientists are enhancing their lab work space with money saving lab swaps, a new recycling program, and an eye on green procurement. In this syndicated post UVA Green Labs Specialist Christine Alencar spotlights UVA’s three part Green Lab event series on waste management.
When you think of going "green" in the laboratory, does it sound like a distraction? The truth is that there are big benefits to updating your lab material flow system. There are good reasons why research institutions and corporations have re-invented how labs work to facilitate sustainability. Consider the following impact areas of laboratory waste.
Labs that require the regular use of rooms to decontaminate employees know how much of a misnomer the term “cleanroom” can be. Sure, these areas prevent allergens and pollutants from affecting the workplace and potential consumers, but one look at the energy costs of operating such an area reveals an ironic truth: running a cleanroom can be a dirty business.
Freezers are among the biggest energy consumers in a lab, and as a result they can cost a lab a lot of money. The International Freezer Challenge promotes best practices in cold storage management and awards the labs who have done the most to save energy and improve their sample storage.