Schematic image of low-purity CO2 storage with membrane-based Direct Air Capture (DAC). Credit: Takeshi TsujiA new research shows that geological storage of low purity carbon dioxide associated with oxygen and nitrogen of direct air capture is an environmentally and financially feasible techniques to remove carbon from the environment.The recurring international threat of environmental adjustment...
The context of cooperation with UC Water and the Sierra Nevada Research Institute at UC Merced, scientists from UC Santa Cruz have released an investigation that suggests that encompassing California's 6,350 km network of public water shipment canals with photovoltaic panels could be a financially viable way to advance both renewable energy sources and...
An odoriferous, toxic gas can now be converted into clean-burning petroleum using a brand-new chemical process that has been found by specialists.The procedure converts hydrogen sulfide—more commonly known as "drain gas"—into hydrogen fuel and was recently described in the American Chemical Society publication ACS Sustainable Chemical Engineering. Hydrogen sulfide is a byproduct of industrial...
As is known the researchers at Flinders College are investigating organic nitrogen plant fertilizer to bring nitrogen to the soil again without the demand for any chemicals.The global agricultural market is encountering obstacles at present with the deteriorating health of the soil. To combat this, Australian investigators are studying the manufacture of a sustainable...
The most up-to-date winners to be awarded a total of ₤ 14.5 m funding via the Farming Innovation Development Pathways competition, an initiative of the UK government, have been revealed. The competitors are a collaboration between UKRI's Changing Food Production (TFP) difficulty and the Department for Setting, Food and Rural Affairs (Defra) Farming Technology Programme (FIP).The winning projects:AutobotIn this...
Photo-driven catalytic process based on the Al–N–C catalyst. Credit: NIMTEThe team of Professor Chen Liang and Professor Lu Zhiyi's team at the Ningbo Innovation and Product Engineering Institute (NIMTE) of the Chinese Academy of Sciences (CAS) suggested a highly activated carbon-based catalyst that can make direct use of the renewable resources (e.g., solar energy)...
The 3D printer used in the study. Credit: Oleg Dubinin et alResearchers from Skoltech and their coworkers have used a 3D printer to fuse two products in an alloy whose make-up continuously alters from one region of the sample to other, endowing the alloy with magnetic gradient properties. Regardless of the nonmagnetic nature of...
A multimodal Investigation of adductively manufactured 316L stainless steel revealing a heterogeneous - and correlative. Credit: Dr. W. Streit Cunningham and Prof. Jason Trelewicz, Stony Brook UniversityLaser additive manufacturing, a form of 3D printing that accumulates parts layer-by-layer by melting and resolidifying steel powders– has ushered in a renaissance for researchers discovering exactly how...
Keep on the sidelines; you are lagging the advancement of the humanity. We are past the point of usefulness for Homo Sapiens, so now it is the sunrise of the Homo Faber period. The distinction that "I therefore think that I think so I am" has ended up endearing in this bright new age...
Rice University graduate student Lauren Taylor shows a shirt with carbon nanotube thread that provides constant monitoring of the wearer’s heart. Credit: Jeff Fitlow/Rice UniversityRice's flexible carbon nanotube fibers woven into clothes collect precise EKG, heart rate.There is no demand to wear awkward smartwatches or chest straps to monitor your heart if your comfortable...
