Your lab uses the tissue culture hoods and fume hoods safely – but are they being operated efficiently? If it's time to reduce operational costs, its a good time to learn how our human minds operate – that is, through habits.
Energy efficient use of fume hoods and tissue culture hoods can be mastered. A traditional chemical safety fume hood can consume 3.5X more energy yearly than the average American house (1). These hoods also have a major impact on building air ducts and HVAC heating and cooling systems. The best practice is to “shut the sash” unless your arms are inside the hood. Tissue culture hoods should also be closed with the blowers turned off, when not in use. Mechanically, it only takes 15 minutes of the blower running for the hood to be ready to use again. At the very least, less energy is used while maintaining laminar flow, by simply closing the glass shield when not in use. Here is a good video demonstrating proper hood use.
Just being informed about how to save energy isn't necessarily enough to change lab wide habits. The NYT bestselling book The Power of Habit by Charles Duhigg, is a fun read that explains how people and institutions succeed at changing habits. Here's a quick overview:
At the base of the human brain lies the basal ganglia. This structure automates behavioral habits without our conscious effort. The basics of a habit loop are as follows:
- ID the cue
- Perform the behavior
- Behavior is reinforced by a reward.
The cue that green lab initiatives use is often a prominent hood sticker. Here is an example of a fume hood sticker available from UCDavis Repro Graphics. This type of sticker has been reported as highly successful cue in case studies, by the US Dept. of Energy.
Establishing a new habit requires a reward. This reward should set us up to crave it. A good example from the book about craving rewards is how tooth brushing did not catch on until an irritant was added to toothpaste. People craved the cooling sensation in the mouth. Hoods are equipped with low air flow and high sash alarms. When you hear that sound you act quickly to stop it. But there is no signal to remind us to manually close the hood. There isn't an “energy alarm”. Shut the Sash programs at universities often employ ongoing competitions that reward winners with praise/bragging rights, and perks like a catered lunch party or even cash. These are great long term rewards. Instant gratification even more strongly promotes the establishing of a new behavior. You can instantly reward yourself by making a habit of thinking a self praise phrase, as you shut the sash ...“more safe, less energy”.
To become Labconscious about your habits at the hoop prompt your basal ganglia with; cue, behavior and reward(!!)
1. Energy Use and Savings Potential for Laboratory Fume Hoods, by Evan Mills and Dale Sartor, Lawrence Berkeley National Laboratory, 2006.
Good news! A new generation of genetic engineers are starting off their careers, already mindful of the environmental impact of their laboratory work!!! Importantly, they need another iGEM team to continue to promote this cause on social media channels for next year's iGEM competition. Please share our enthusiasm by reading this interview with the TU Dresden team, AND share information about "iGEM Goes Green"!
Labconscious hopes that laboratories everywhere achieve their greatest research goals, using efficient laboratory work that protects our earth's resources and supports human health!
Can you verify how your laboratory supplies and equipment contribute to your sustainability goals? Start becoming an informed consumer by reading this interview with My Green Lab Director, Allison Paradise, about their newest project, the ACT labels.
Subjects, such as resource optimization or better energy usage, have arrived in the laboratory. What does this mean for the most important separation method, chromatography? An inventory shows the amount of optimization potential in the technology that is more than 100 years old.
Good news in Science! Chemistry and Chemical Biology researchers have invented new method that will revolutionize plastic recycling.
Today's Labconscious interview is for laboratory researchers interested in an easy to use and eco-friendly red bin system. Our thanks to Ian Lanza who is a regional life science director for Triumvirate Environmental, a provider of turnkey environmental and hazardous waste management services to education, healthcare, industrial, and life sciences labs...including New England Biolabs!
Laboratory Managers Can Improve Internal Sustainability by Recycling Gloves, Pipet Tips, Tubes, Glassware, Film Packaging and More...
Hundreds of open source 3D printer designs for lab equipment are available online that can reduce your lab set up costs in a sustainable way. These items include microscopes, micro pipettes, centrifuges, gel electrophoresis systems and many lab hacks!
Molecular biologists appreciate how the sustainably sourced, DNA purification Monarch kits produce optimal results
Grant awarded to analyze the impact of laboratory glove recycling at MIT.