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industrial excess heat

The BTES at Xylem's production plant in Emmaboda, Sweden is one of the world's largest BTES systems for storage of industrial excess heat.

Performance evaluation of an industrial borehole thermal energy storage (BTES) project – experiences from the first seven years of operation

industrial excess heat

This work deals with the mapping of industrial excess heat recovery through district heating.

Industrial excess heat recovery in district heating: Data assessment methodology and application to a real case study in Milano, Italy

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Industrial Excess sentence examples within industrial excess capacity

industrial excess capacity

Chapter two analyses how Japan was affected by the Lehman shock of 2007–2008 in a direct way which reinforced the inherent structural problems of Japan’s economy (public debt, grim demography, industrial excess capacity, deflation, hollowing out of the manufacturing sector).

Peak Japan: The End of Great Ambition

industrial excess capacity

Second, it may maintain unproductive capacity in the market that re-enters a new economic cycle, restarting the vicious circle of industrial excess capacity.

An analysis of market-distorting factors in shipbuilding: The role of government interventions

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10.1016/j.renene.2019.05.020

The BTES at Xylem's production plant in Emmaboda, Sweden is one of the world's largest BTES systems for storage of industrial excess heat.

Performance evaluation of an industrial borehole thermal energy storage (BTES) project – experiences from the first seven years of operation

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10.1080/03068374.2019.1663077

Chapter two analyses how Japan was affected by the Lehman shock of 2007–2008 in a direct way which reinforced the inherent structural problems of Japan’s economy (public debt, grim demography, industrial excess capacity, deflation, hollowing out of the manufacturing sector).

Peak Japan: The End of Great Ambition

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10.1016/J.ENERGY.2018.09.153

This work deals with the mapping of industrial excess heat recovery through district heating.

Industrial excess heat recovery in district heating: Data assessment methodology and application to a real case study in Milano, Italy

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10.1016/j.enconman.2019.112145

The improved sorption heat transportation system could be used as an effective way to transport the low-grade industrial excess heat, which is an efficient connection between the heat source and end user.

Enhanced sorption heat transportation cycles with large concentration glide

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10.1787/b39ade10-en

Second, it may maintain unproductive capacity in the market that re-enters a new economic cycle, restarting the vicious circle of industrial excess capacity.

An analysis of market-distorting factors in shipbuilding: The role of government interventions

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10.1002/er.4787

Increased utilization of industrial excess heat (or waste heat) can reduce primary energy use and thereby contribute to reaching energy and climate targets.

Characterization and visualization of industrial excess heat for different levels of on-site process heat recovery

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10.3390/EN12122263

To generate performance predictions of borehole thermal energy storage (BTES) systems for both seasonal and short-term storage of industrial excess heat, e.

Empirical Validation and Numerical Predictions of an Industrial Borehole Thermal Energy Storage System

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10.3390/app10010291

The use of industrial excess heat in district heating networks is very attractive.

Recovery and Transport of Industrial Waste Heat for Their Use in Urban District Heating and Cooling Networks Using Absorption Systems

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10.1080/09654313.2019.1628924

This paper explores if and how strategic spatial planning could be useful for overcoming some barriers related to new sustainable ways of heating residential areas, using district heating systems based on industrial excess heat.

Strategic spatial planning – a missed opportunity to facilitate district heating systems based on excess heat

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What is/are Industrial Excess?

Industrial Excess - The BTES at Xylem's production plant in Emmaboda, Sweden is one of the world's largest BTES systems for storage of industrial excess heat. [1] Chapter two analyses how Japan was affected by the Lehman shock of 2007–2008 in a direct way which reinforced the inherent structural problems of Japan’s economy (public debt, grim demography, industrial excess capacity, deflation, hollowing out of the manufacturing sector). [2] This work deals with the mapping of industrial excess heat recovery through district heating. [3] The improved sorption heat transportation system could be used as an effective way to transport the low-grade industrial excess heat, which is an efficient connection between the heat source and end user. [4] Second, it may maintain unproductive capacity in the market that re-enters a new economic cycle, restarting the vicious circle of industrial excess capacity. [5] Increased utilization of industrial excess heat (or waste heat) can reduce primary energy use and thereby contribute to reaching energy and climate targets. [6] To generate performance predictions of borehole thermal energy storage (BTES) systems for both seasonal and short-term storage of industrial excess heat, e. [7] The use of industrial excess heat in district heating networks is very attractive. [8] This paper explores if and how strategic spatial planning could be useful for overcoming some barriers related to new sustainable ways of heating residential areas, using district heating systems based on industrial excess heat. [9]

industrial excess heat

The BTES at Xylem's production plant in Emmaboda, Sweden is one of the world's largest BTES systems for storage of industrial excess heat. [1] This work deals with the mapping of industrial excess heat recovery through district heating. [2] The improved sorption heat transportation system could be used as an effective way to transport the low-grade industrial excess heat, which is an efficient connection between the heat source and end user. [3] Increased utilization of industrial excess heat (or waste heat) can reduce primary energy use and thereby contribute to reaching energy and climate targets. [4] To generate performance predictions of borehole thermal energy storage (BTES) systems for both seasonal and short-term storage of industrial excess heat, e. [5] The use of industrial excess heat in district heating networks is very attractive. [6] This paper explores if and how strategic spatial planning could be useful for overcoming some barriers related to new sustainable ways of heating residential areas, using district heating systems based on industrial excess heat. [7]

industrial excess capacity

Chapter two analyses how Japan was affected by the Lehman shock of 2007–2008 in a direct way which reinforced the inherent structural problems of Japan’s economy (public debt, grim demography, industrial excess capacity, deflation, hollowing out of the manufacturing sector). [1] Second, it may maintain unproductive capacity in the market that re-enters a new economic cycle, restarting the vicious circle of industrial excess capacity. [2]