Legendary Glasgow nightclub uses body heat from dancers to fuel the venue

We’ve heard of wind, solar, thermal and tidal power – but dance energy? Apparently yes ! Legendary nightclub SWG3 in Glasgow, Scotland, an innovative project will be piloted to trap the body heat of dancers on its dance floor in order to heat and cool various parts of its complex.

Called BODYHEAT, the system captures and converts heat from the human body created by staff and revelers inside the site into a renewable source of energy the club can use, TimeOut reported. It is important to note that the energy generated can also be stored for months until it is needed, long after the party is over.

This system will reduce SWG3’s carbon footprint and allow SWG3 to operate more sustainably, reduce its carbon footprint and contribute to the fight against climate change.

SWG3 COO Bob Javaheri explained, “Heat is basically thermal energy, and if you’ve ever found yourself in the middle of a crowded night out at a club, you’ll know just how good the heat is. energy could flow into this room. [Traditionally, [w]When you seek to cool these spaces using air conditioning or ventilation systems, you are practically extracting heat from a space and releasing it into the atmosphere. “

With BODYHEAT, “[w]What happens, in this case, is that instead of letting all that thermal energy vanish overnight, it is transferred into the waters and channeled deep underground into boreholes where this energy is stored, somewhat. like a battery, to be used later, ”Javaheri told EcoWatch.

SWG3 is currently undergoing a radical green renovation ahead of COP26. Michael hunter

BODYHEAT is a pioneer by TownRock Energy, a company specializing in heat pump technology which contacted SWG3 when its founder David Townsend learned that Scotland’s premier arts venue was considering a green energy retrofit, Fast business reported.

“The story is… I love going out clubbing,” Townsend told the report with a laugh. “I did a lot of clubbing.” He saw the opportunity as a chance to combine his passions and develop a club specific heat pump project.

Heat pumps generally operate by taking advantage of stable temperatures in underground rocks to balance temperature fluctuations in buildings above the surface, Fast Company explained. Temperatures inside the earth’s crust remain “relatively constant”, so in winter, cooler air from a building is pumped into the earth to absorb heat from below. This air then circulates through the building in the form of warmer air. Once cooled, it continues to descend to Earth in a cycle. In contrast, in summer, the warmer air above the ground is pumped to the cooler rocks below. The rocks absorb heat from the air and the cooler air comes back to continue the cycle. The EPA shared a diagram of How does it work.

SWG3 took this existing technology and added air collectors in its ceilings “to suck the hot air emitted by club goers off the floor,” Fast Company reported. Other sites use these mechanisms to route hot air out of the building, but Townsend thought, “It wastes heat… why not capture it and use it? Otherwise, heating is provided by gas boilers.

BODYHEAT will send captured body heat up to 200 meters into the Earth, warming surrounding rocks and cooling the club during the holidays. The rocks act like thermal batteries, Fast Company explained. So outside of club hours, when the building is used as an office or art venue, stored heat can be pumped from the rocks to warm the space.

These measures will allow the club and the concert hall to operate more sustainably and completely phase out their traditional gas boilers, Townsend told Fast Company.

“This is the place’s heating system,” he said, noting that body heat energy will be more than enough to heat the building during Glasgow’s colder months, which can average 40 degrees. Fahrenheit.

The scheme is as part of the COP26 climate conference supported by the UN, which is scheduled to take place in Glasgow from October 31 this year, Optimist Daily reported. As such, the Scottish city has introduced a number of creative environmental initiatives and solutions to show what a more climate-friendly future could look like.

“What I like most about BODYHEAT is that it is all the technology out there,” Javaheri said. “Innovations aren’t just about inventing something new, and with so many conversations about a more sustainable future already underway in the city, I can’t wait to see what else we can do by the end. . “

a nightclub

SWG3 is currently undergoing a radical green renovation ahead of COP26. Michael hunter

The objective of the international summit will be to bring together the parties to accelerate action towards the objectives of the Paris Agreement and the United Nations Framework Convention on Climate Change, the COP26 website remarks. As a host, the UK also shares its climate leadership actions on the page.

Currently in the process of completing their “radical [green] retrofit “to fully install BODYHEAT and permanently update other features, SWG3 will reopen on November 7 at the climate change conference, TimeOut reported.

“BODYHEAT is our innovative contribution to a global problem and will help us dramatically reduce our energy consumption, bringing us one step closer to our goal of becoming a carbon neutral place in the not-so-distant future,” said Andrew Fleming Brown, CEO of SWG3, in a statement. company statement.

Based on previous annual attendance figures, SWG3 estimates the project could save 70 tonnes of carbon emissions per year, the statement said. This week, the club also announced their commitment to go Net Zero and become carbon neutral by 2025 or earlier. According to its city council, Glasgow has city-wide goals of achieving Net Zero by 2030.

SWG3 hopes to “lead by example” to show other places around the world decarbonization. In his Announcement of the Net Zero commitment, the site offers to share its ideas with anyone looking to make similar changes in sustainability.

“We want to keep dancing, keep working, keep creating, keep inspiring – but we also want to do it in a responsible and innovative way,” says the promise. “We know it won’t be easy, but we know we have to try – and we are crazy for the challenge.”

Tiffany Duong is a writer, explorer and motivational speaker. She graduated from UCLA and Carey Law School at the University of Pennsylvania. As a contributing journalist at EcoWatch, she gives voice to what is happening in the natural world. Its mission is to inspire meaningful action and lasting change. Follow her on Twitter / Instagram @tiffmakeswaves.

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