Rivers of Gold – Harnessing renewable heating from the Clyde could eradicate fuel poverty in Glasgow

Dave Pearson, Director of the company that invented the Worlds’ largest zero carbon 900C heat pump will represent Star at Scotland’s upcoming renewable heating seminar at Glasgow University.

Hosted by Glasgow University, and organised by trade body Scottish Renewables, “Harnessing Heat from Rivers” is the first event to shine the spotlight on deploying river source heat pumps.

The seminar will focus on cutting edge developments being made in the water sourced heat pump sector and offer attendees insight from an impressive line-up of guest speakers.

As the proud developers of the award winning Neatpump, the Worlds’ largest natural district heat pump providing cheap and clean heating to 6000 buildings in Drammen, Star brings an exceptional level of expertise and innovation to the ground-breaking industry event.

Pearson said “as a company that prides itself on innovation and progressive ideas, we are delighted to be involved. Big water sourced heat pumps that produce affordable and renewable heating are the future and we are incredibly excited to join a great selection of guest speakers who will be shedding light on the financial and environmental benefits of the next generation technology.”

The event kicks off at 10 am in the university’s Stevenson lecture Theatre. Scottish Renewables Policy Manager Stephanie Clark will deliver a welcome address before inviting representatives from the Department of Energy and Climate Change, the Green Investment Bank, Scottish Government and Star Renewable Energy.

As a nation, Scotland has ambitious goals for the use of renewable heat. By 2020, the government aims to source 11% of the country’s warmth from renewable sources. With heating making up over 50% of Scotland’s total energy use, achievement of the goal represents substantial financial and environmental benefits. Heat Pumps, hailed as “game changing” technology by the UK’s Energy Secretary collect warmth from cool water sources and deliver it to buildings and households at higher temperature.

This low grade heat technology is already in use in the Norwegian city of Drammen. Star Renewable Energy supplied the revolutionary technology which went on to win the coveted Rittinger Award by the International Energy Agency.

As well as cleaner air and minimised CO2 emissions, countries adopting heat pump technology stand to benefit from substantial savings. Professor Paul Younger, a top academic said, “As is so often the case, Scandinavia saw the light earlier than us, and heat-pump technology built on the Clyde is now heating the city of Drammen by extracting thermal energy from deep fjord waters. Meanwhile the Clyde, Forth, Moray, Tay, Solway - our own ‘fjords’ flow by, delivering their renewable thermal content to the open ocean unused while heat poverty is such a problem for one million Scots”.

For those that are responsible for buildings with industrial sized gas bills – over £200,000- the seminar is a not to be missed event.

To find more about the schedule and register a delegate place, visit Scottish Renewables website at http://www.scottishrenewables.com/events/sr-harnessing-heat-rivers-hosted-university-glasgo

To find out more about Star Renewable Energy and the high efficiency Neatpump, visit the website at: www.neatpump.com

Tell Us What You Think

Do you have a review, update or anything you would like to add to this news story?

Leave your feedback
Your comment type
Submit

While we only use edited and approved content for Azthena answers, it may on occasions provide incorrect responses. Please confirm any data provided with the related suppliers or authors. We do not provide medical advice, if you search for medical information you must always consult a medical professional before acting on any information provided.

Your questions, but not your email details will be shared with OpenAI and retained for 30 days in accordance with their privacy principles.

Please do not ask questions that use sensitive or confidential information.

Read the full Terms & Conditions.