Sustainable circular bioeconomy - Whatnext

Challenges to overcome to achieve a sustainable circular bioeconomy

Leave a Comment / Automotive, Energy Efficiency, Energy Innovation, Energy Storage, New Energy Solutions / By WhatNext

Challenges to overcome to achieve a sustainable circular bioeconomy The circular bioeconomy is an approach to economic growth that centers on the use and management of biomass. This could potentially revolutionize the global economy, which currently relies heavily on non-renewable resources and fossil fuels and help tackle the three main global issues: providing clean water, …

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Wireless In-road Charging – The Missing Part of the Puzzle in e-mobility

Leave a Comment / Autonomous Vechicles, Clean Energy, Energy, Energy Efficiency, Energy Innovation, Energy Storage / By WhatNext

Wireless In-road Charging – The Missing Part of the Puzzle in e-mobility Battery range and charging accessibility are the two biggest barriers to the worldwide adoption of Battery Electric Vehicles (BEVs) and the general electrification of light and medium-duty transportation sectors. To alleviate these two issues, recent research has focussed on methodologies (Wireless In-road Charging) …

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Aerospace manufacturing-WhatNext-future of energy

Predictive asset maintenance in aerospace manufacturing plants

Leave a Comment / Energy Innovation / By WhatNext

Asset maintenance in aircraft manufacturing plants ensures that the assets are in a safe and operative condition. The asset maintenance is carried out at regular intervals and the checks that are performed depend on the type of maintenance that is required. Predictive maintenance is a process that prevents equipment failures by detecting and repairing problems …

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Metallic catalysts-WhatNEXT-energy futurists

Comparing the metallic catalysts used in producing magnesium hydride for PowerPaste production

Leave a Comment / Energy Efficiency, Energy Innovation / By WhatNext

The first step of producing PowerPaste is the production of magnesium hydride. Magnesium hydride is considered a promising hydrogen storage material because of its efficient cost, lightweight, excellent reversibility, and natural abundance. Generally, doping transition metals and their alloys into magnesium hydride is regarded as one of the most practicable means of accelerating magnesium hydride …

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