Capture the Future - Nanotechnology powering industry and environment

24 January 2024 by Samantha Sakr

Energy

The race to achieve net-zero emissions has put carbon capture technology in the spotlight.

Dotz Nano's proprietary carbon-based solid sorbent marks the next evolution in carbon capture technologies, presenting an efficient and sustainable approach to industrial deep decarbonization.

As a developer of advanced climate and industrial nanotechnologies the Company’s proprietary carbon-based solid sorbent, represents the next evolution in carbon capture technologies, offering an efficient and sustainable approach to drive industrial deep decarbonization towards sustainable energy future. Through their technology, Dotz Earth the intention is to capture a significant part of the global USD 600bn market opportunity by 2050. https://dotz.tech/

What do you think?

You must be logged in to post a comment.

Comments

Energy

Earth's Electric Whispers

Soil-based microbial fuel cells (MFCs) are not widely used, but show some promise as clean-energy options for low-energy sensors used in precision agriculture (soil moisture and health), infrastructure monitoring (water pipes leakages) or environmental monitoring (concentration of pollutants). This latest evolution of an MFC uses a non-traditional design & readily available components to deliver a performance improvement of over 120%. Importantly, the fuel-cell was able to generate 68 times more energy than needed by the sensors - so plenty to spare for more sensors! https://scitechdaily.com/scientists-develop-new-dirt-powered-fuel-cell-that-runs-forever/

13 February 2024 by Kylie Hargrea... 0 Comments

Energy

BMW has solved the problem of hydrogen engines and begins a new era

Electric vehicles have been the primary focus of zero-emissions car manufacturers, while hydrogen vehicles were relegated to the b

28 January 2024 by IdeaSpies 2 Comments

Energy

Are lithium batteries for cars dead?

US military research into lower risk alternatives to lithium-ion batteries has led to the development of a new nanoelectrofuel for use in flow batteries. Flow batteries currently address all the downsides of lithium-ion batteries but can't deliver the same energy density - until now. Researchers have discovered that by adding nanofluids to the normal aqueous solutions (electrolytes), they can boost a flow battery's energy density by 15 to 25 times, making it comparable to any petrol-powered vehicle, much less lithium-ion battery EV's - without any of the associated downsides of either!https://spectrum.ieee.org/flow-battery-2666672335

22 January 2024 by Kylie Hargrea... 0 Comments

Sharing Ideas that Do Good