A lack of progress in reducing emissions and building adaptive capacity threatens both human lives and the viability of the national health systems they depend on, with the potential to disrupt core public health infrastructure and overwhelm health services.
This is not a quote from Greenpeace, Al Gore, or David Suzuki. It is from The Lancet, one of the most prestigious medical journals in the world. More and more health organizations are recognizing climate change as the biggest global health threat of the 21st century. Canadian health organizations, such as the Canadian Medical Association, Canadian Association of Physicians for the Environment, Registered Nurses’ Association of Ontario, and others are urging decisive action from political and business leaders, institutions, and individuals to reign in CO2 emissions that are causing climate change.
Remember your 3 R’s from school? No, not Readin’, Ritin’ and Rithmatic :).
If you’ve been around the blog, you know that Reducin’, Reusin’ and Recyclin’ are listed in order of importance, with much bigger bangs for reduce and reuse. With that, I have a great story to share from our friends at the Radiation Therapy Green Team. Continue reading
Looks like I might be starting a trend referencing old 90’s movies on the Talkin’ Trash blog. This time, with Halloween fast approaching, we are taking a spookier turn as we look at the recent stairwell lighting project at TRI University Centre.
If you want to hear something really scary, Continue reading
Now that we are groggily emerging from our hibernation of sitting on the couch in a Snuggie and binge TV watching while eating cookie dough ice cream, it’s time to think about spring cleaning. On second thought, sweeping the garage, sorting old junk, and throwing mittens in a drawer sounds awful – let’s talk about spring greening instead! Here are a few tips for an energy efficient spring and summer: Continue reading
Cassette tapes, rotary phones, floppy discs, typewriters and cathode ray tube TV’s … all technologies that Continue reading
My previous blog described a unique energy conservation project at UHN’s Princess Margaret Cancer Research Tower (PMCRT). With innovative contaminant sensing technology, we were able to convert our research lab exhaust system from constant flow to variable flow, which significantly decreased loading on the exhaust fan motors. As described in the blog, this change produced a reduction in electricity peak demand (kW) of 38.5% and reduction in overall annual electricity consumption (kWh) of 42.7%.
We thought this was a Continue reading
Next in our list of exciting energy endeavors, this blog will discuss huge savings realized by a retrofit to the laboratory exhaust system at the Princess Margaret Cancer Research Tower (PMCRT). The lab exhaust system has been converted from constant speed to demand controlled to ensure more efficient operation. I’ll get into all the super interesting details below, but the best part is the savings so I’ll start off with that. Continue reading