Lucrative Waste Heat Recovery: Concrete-based Thermal Storage Increases Industrial Efficiency

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EnergyNest

Aug 16, 2016, 09:21 ET

OSLO, Norway, August 16, 2016 /PRNewswire/ --

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A single EnergyNest Thermal Energy Storage module, fitting into a standard 40-foot container, provides an energy capacity of up to two megawatt hours thermal. Due to its modular structure, the system can be specified to individual requirements and scaled up into the gigawatt hour range. (PRNewsFoto/EnergyNest)
A single EnergyNest Thermal Energy Storage module, fitting into a standard 40-foot container, provides an energy capacity of up to two megawatt hours thermal. Due to its modular structure, the system can be specified to individual requirements and scaled up into the gigawatt hour range. (PRNewsFoto/EnergyNest)
Masdar Institute and EnergyNest initiated a comprehensive joint research project in 2013 for building and testing a 2 x 500 kWhth Thermal Energy Storage (TES) pilot. The pilot facility is now fully operational and has been validated by DNV GL with regards to operating temperature, energy storage capacity, and energy efficiency. (PRNewsFoto/EnergyNest)
Masdar Institute and EnergyNest initiated a comprehensive joint research project in 2013 for building and testing a 2 x 500 kWhth Thermal Energy Storage (TES) pilot. The pilot facility is now fully operational and has been validated by DNV GL with regards to operating temperature, energy storage capacity, and energy efficiency. (PRNewsFoto/EnergyNest)

Industrial operations require significant energy, with large amounts of this energy disappearing as waste heat after use. EnergyNest's thermal energy storage now ensures that this widely untapped energy reserve can be converted effectively. Once stored, the time-shifted waste heat can be used in a variety of ways - e.g. to provide process steam, to generate own power or to stabilise entire power grids. It comes with many advantages, but the main one being a significant increase in resource efficiency. Consequently, industrial operations become environmentally friendlier. Industrial retrofits not only lead to a better energy balance, moreover such projects have short project paybacks making it economically very attractive.

     (Photo: http://photos.prnewswire.com/prnh/20160816/398417 )

     (Photo: http://photos.prnewswire.com/prnh/20160816/398418 )

One element of this new technical solution is the HEATCRETE® - a high performance concrete, which is composed of 75% quartz aggregates and 25% additives. A steel carrier structure encloses HEATCRETE®-embedded carbon steel pipes, through which a heat transfer fluid is charging and discharging the storage system at a pressure of up to 160 bar. A single module, fitting into a standard 40-foot container, provides an energy capacity of up to two megawatt hours thermal. Due to its modular structure, this system can be scaled up into the gigawatt hour range.

It is by far cheaper compared to other energy storage technologies - at around 20-25 US dollars per kilowatt hours: a fraction of battery costs. Due to its rigid structure and no moving parts, the storage system works virtually maintenance-free, so that operating costs are a fifth of what other storage systems require. The potential for own power generation via time shifted waste heat is tremendous. Companies can for example avoid peak price tariffs with their own waste-heat-to-power installation.

For more information visit: http://www.energy-nest.com

Yamaoka International PR
Jana Erhart
E-Mail: [email protected]
Phone: +49-4030-032-615

SOURCE EnergyNest

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