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Heating commercial real estate with geothermal power
CategoriesSustainable News

Heating commercial real estate with geothermal power

By Zarkon Group,
Heating commercial real estate with geothermal power

Spotted: Geothermal energy is one of the most energy-efficient methods for providing HVAC (heating, ventilation, and air conditioning) for businesses and communities alike. But the problem that has traditionally faced geothermal power is the high upfront cost of establishing boreholes to tap into this energy in the ground, especially in contrast to other readily available energy infrastructure. And for tall commercial properties or apartment blocks, traditional geothermal systems have also not been able to provide enough energy to heat or power the entire building. This is where US startup Bedrock Energy comes in. 

The company has developed new autonomous drilling and subsurface modelling technology that allows borefield construction to be around three times quicker and cheaper. Crucially, unlike existing boreholes, which are often drilled 300 to 800 feet below the Earth’s surface, Bedrock drills 2,000 feet underground where the temperatures are much hotter. 

Because of this, the company reduces the number of boreholes required for a project – from as much as 28 down to just eight – meaning tall commercial buildings with limited land space can still make use of this abundant energy source for their heating and cooling systems.  

Using its advanced algorithms, Bedrock can accurately predict the energy transfer to buildings from the geothermal site. The company then specially designs a project’s geothermal loop field to optimise borehole location for the best long-term energy returns.  

Bedrock is ready to start deploying to commercial projects soon and is currently working on a pilot project. The company recently raised $8.5 million (around €7.9 million) in seed funding, which will be used to help accelerate the manufacturing and deployment of its technology. 

Many more innovators are recognising the potential of geothermal energy, and Springwise has also spotted one company that’s using Kenya’s geothermal resources to power direct air capture as well as a system that makes geothermal less water-intensive.

Written By: Archie Cox

Reference

Powering direct air capture with geothermal energy 
CategoriesSustainable News

Powering direct air capture with geothermal energy 

By Zarkon Group,
Powering direct air capture with geothermal energy 

Spotted: As the United Nations (UN) highlights, on the whole, commitments made by governments to cut emissions haven’t been fulfilled, meaning we are falling short of net-zero goals for 2050. And, energy consumption and corresponding carbon emissions are only set to rise with the growing global population. Changes to existing energy-heavy practices are unlikely to be enough to stop or significantly slow climate change, which is where carbon capture comes in. However, direct air capture (DAC) technologies – where CO2 is extracted from the ambient air – often rely on energy sources like fossil fuels to work, making them unsustainable long term. Enter Fervo Energy.

The US-based company is already a leader in the next generation of geothermal power, and earlier this year announced plans for a fully integrated geothermal and DAC facility with financial support from the Chan Zuckerberg Initiative (CZI).

In DAC facilities, large fans are used to blow ambient air over carbon-dioxide-capturing materials. The sequestered CO2 is then heated, refined, and generally stored deep underground using a pump. In Fervo’s proposed designs, all of these processes would be fueled by geothermal power, in which heat from the Earth’s core is used to produce clean and renewable electricity. This makes it possible to clean our atmosphere of carbon without emitting any further pollution. As well as being a renewable source that is available 24/7, the company also emphasises that the use of geothermal power would allow DAC technologies to be operated at lower costs.

The recent grant from CZI will help make Fervo’s designs a reality, allowing the company to explore local geothermal reservoirs for underground carbon sequestration projects. Fervo aims to have a pilot facility up and running in three to five years, according to reports in the Washington Post.

Other innovations in the geothermal industry spotted by Springwise include a new ultra-deep drilling technique, and heating and cooling system designed for use by homeowners.

Written By: Keely Khoury and Matilda Cox

Reference