UK Solar Panel Recycling Management Market to grow at 35% CAGR from 2016 to 2024 - PowerPoint PPT Presentation

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UK Solar Panel Recycling Management Market to grow at 35% CAGR from 2016 to 2024

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More Information @ Solar energy is at the foremost of the clean energy adoption initiatives, as an increasing number of governments and world bodies are encouraging its adoption to reduce dependency on non-renewable sources of energy. Increasing growth in solar panel recycling management market demand can be attributed to the first wave of panel adoption in the 1990s and the industry is likely to undergo a paradigm shift over the next decade. – PowerPoint PPT presentation

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Title: UK Solar Panel Recycling Management Market to grow at 35% CAGR from 2016 to 2024


1
Solar Panel Recycling Management Market to exceed
360mn by 2024 Global Market Insights Inc.
Fuel Cell Market size worth 25.5bn by 2024
2
Key Insights from Solar Panel Recycling
Management Market
  • Increasing volume of decommissioned PV panels
    coupled with strict laws to boost effective
    recycling will drive the global solar panel
    recycling market. Average shelf life of panels is
    30 years after which they need to be dismantled
    from service and discarded.
  • Huge untapped potential with stringent
    regulations to recycle increasing volumes of PV
    waste is set to propel the solar panel recycling
    management market size between 2016 to 2024. EPA
    has laid down regulations referring to Materials
    Safety Data Sheets (MSDSs), Toxics Release
    Inventory (TRI), Resource Conservations and
    Recovery Act (RCRA), Californias Hazardous Waste
    Control Law (HWCL) and Toxicity Characteristic
    Leaching Procedure (TCLP) standards.

3
Continued...
  • Solar panel recycling management market size from
    mechanical process is set to exceed USD 300
    million in 2024 subject to wide penetration and
    reasonable pricing. Thermal process was valued
    over USD 1 million in 2015 owing to decrease in
    silicon content in PV manufacturing process.
    Laser process is a new technology introduced
    recently and is expected to grow over 45 by 2024
    owing to increasing adoption.
  • Solar panel recycling management market size from
    regular loss is expected to exceed USD 250
    million by 2024. Panels decommissioned at end of
    30 years shelf life are classified under regular
    loss. Early loss is predicted to grow over 30
    during the forecast period owing to the quality
    of materials used coupled with weather conditions
    prevalent.
  • U.S. solar panel recycling management market size
    was valued over USD 5 million in 2015 and is
    predicted to witness strong growth owing to
    increasing adoption of PV panels coupled with
    stringent regulations towards recycling will
    further augment industry outlook.

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U.S. Solar Panel Recycling Management Market
size, by process 2013-2024 (USD million)

5

Browse Full Market Research Report On Solar
Panel Recycling Management Market_at_
http//bit.ly/2lJPPTZ Request for a Sample
of this Research Report _at_ https//www.gminsights.c
om/request-sample/detail/1153
6
Continued...
  • For Europe, UK solar panel recycling management
    market share is expected to grow over 35 by
    2024. In 2013, UK WEEE introduced regulations
    aimed at reducing solar waste by mandating
    manufacturers to take back decommissioned PV
    panels for recycling. PV producers also need to
    register with Producer Compliance Scheme and
    update appropriate data sought by the government.
  • China solar panel recycling management market
    size is expected to exceed USD 50 million between
    2016 to 2024. Under the National High-tech RD
    Programs PV Recycling and Safety Disposal
    Research, specific laws and regulations will be
    introduced to tackle growing panel waste volumes.
  • For Middle East, UAE solar panel recycling
    management market share is set to grow over 50
    over the forecast period. The region will witness
    5000 tons of waste panels generated during the
    forecast period subject to increasing adoption of
    alternate energy over conventional fuels.

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