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Waste to Energy Market to attain significant growth in coming years, biological technology to expect highest gains

Author : Rahul Sankrityayan | Published Date : 2019-04-08 

The professional and high quality report features in-depth market analysis on the global Waste to Energy industry. It initially provides an outlook of industry with the basic information such as definitions, application, classification, and technology etc. Waste to energy is the process of producing energy in the form of electricity or it is known as the form or energy recovery.

Increasing electricity demand along with growing dependency on renewable sources to generate energy due to depleting petrochemical reserves is likely to drive waste to energy market over the forecast timeframe. MSW management programs adopted by regional governments to promote power generation will further boost industry growth. Additionally, the U.S. recognition to include WTE to do their renewable energy targets may spur regional industry growth. 

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Thermal waste to energy process dominated the segment and is predicted to exhibit moderate gains over the projected time frame. The alternative thermal processes are anticipated to foresee surge in demand. Biological waste to energy technology is poised to register high growth at over 6.5% during the forecast period. Anaerobic digestion penetration into developed composting plants is projected to further market growth.

WTE can attract stable tipping fees compared to landfills and help in reducing GHG emissions from MSW in landfills. In addition, government has made target towards renewable energy use. EU has set target to derive 20% energy from renewable sources owing to boost waste to energy demand.

Growing urban population is forecast to be the key contributing factor for increasing MSW such as plastic, glass bottles, paper, tetra pack, cans, newspaper, cardboard boxes, meta items, aluminum foil, and wood pieces. Other factors such as industrialization, economic development, local climate, and public habits such as leftover food, further contribute towards MSW generation.

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Depleting fossil fuel along with the correction in crude oil prices is anticipated to fuel the need for finding petroleum substitutes for power generation. Furthermore, rigorous research activities towards technological development to use MSW for power generation by substituting natural gas, oil, and coal is enduring, which in turn is anticipated to lay massive environmental benefits and technical feasibility to catalyze the waste to energy market growth up to 2024.

However, high cost associated with plant construction as well as expensive components installation may hamper industry demand in the near future. Also, more capital involved in flue gases treatment and other residues produced may negatively impact growth.

Europe, led by UK, Germany, Italy and France biological waste to energy market should generate over 5.5% growth to exceed USD 2.5 billion by 2024. Anaerobic based biological process is gradually improving and may replace composting step for biodegradable waste treatment generated from MSW.

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Thermal technology based incineration process in U.S. WTE market size was valued at over USD 1.8 billion. It is widely used for recovering energy from waste. Modernized thermal incineration equipments can replace existing ageing equipments and contribute towards lowering carbon emissions.

Pyrolysis and gasification process in Germany registered demand of over USD 0.69 billion. It is used to convert waste into energy-rich fuels by heating under controlled conditions and converts into energy and ash.

Global waste to energy market share is competitive. Keppel Seghers, Tenologies, Wheelabrator, Covanta and Hitachi Zosen are key notable industry players. Other prominent participants include Mitsubishi Heavy Industries, Foster Wheeler, Xcel Energy, China Everbright International, Plasco Energy, Veolia Environment and Green Conversion Systems.

About Author

Rahul Sankrityayan

Rahul Sankrityayan

Fortified with a post-graduate degree in Computer Applications, Rahul Sankrityan writes for Fractovia, where he pens down news and articles spanning across segments of technology industry that excite him on a day-to-day basis. Rahul comes with a rich experience in technical field as well as writing. He can be contacted at- [email protected] | https://twitter.com/sankritsays

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