Waste heat to power is the process of capturing heat discarded an existing industrial process and using that heat to generate power. Energy-intensive industrial processes released hot exhaust gases and waste streams. These processes can be harnessed with well-established technologies to generate electricity.
A report Transparency Market Research on the global waste heat to power market discusses the prospects and growth pace of the market in detail. This report gives information about the competitive dynamics factoring in the strengths and weaknesses of prominent participants, their degree of competition among them, and key products in the market.
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Resurgent economic growth along with rapid industrialization across key nations will drive the global waste heat to power market growth. Supportive policies coupled with government spending towards infrastructure development will further promote expansion of Energy Intensive Industries (EIIs). Furthermore, rising focus to reduce the overall operational cost of industries will increase the use of waste heat in power units. Furthermore, growing initiatives aimed at reducing the carbon footprint coupled with government policies favoring adoption of energy efficient systems will stimulate the product penetration in unexplored areas.
Waste heat to power units have found significant applications in petroleum refining, heavy metal production, cement, chemical and glass industries. Escalating demand for continuous and reliable electricity along with increasing focus towards energy optimization will increase the product consumption. Moreover, the expanding chemical industry along with stricter emission norms will shoot up the usage of waste heat to power systems across industries.
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Increased focus toward heat recovery and utilization from industrial waste streams will fuel the global waste heat to power market growth. The waste heat to power systems are increasingly gaining prominence across energy-intensive industries owing to their ability to minimize carbon footprints and support clean energy initiatives. Escalating electricity demand and volatile fuel prices will further favor the global waste heat to power market..
