'All-in-one,' single-atom could power both sides of water splitting

Green hydrogen production technology, which utilizes renewable energy to produce eco-friendly hydrogen without carbon ...

A 'magic blueprint' for converting CO₂ into resources through atom-level catalyst design

A research team led by Professor Su-Il In of the Department of Energy Science and Engineering at DGIST has uncovered the ...
Hydrocarbon Processing

Carbon Neutral Fuels select Johnson Matthey, bp and Honeywell UOP technologies for UK SAF plant

Carbon Neutral Fuels (CNF), a leading UK-based developer of sustainable e-fuels, announced the selection of Johnson Matthey (JM) and bp’s FT CANS™ technology and Honeywell UOP’s Fischer-Tropsch (FT) ...
IEEE

Adaptive Weighted Broad Echo State Learning System-Based Dynamic Modeling of Carbon Consumption in Sintering Process

Abstract: Carbon consumption dynamic modeling is essential for energy saving, emission reduction, and green manufacturing of iron ore sintering process. This article proposes a novel adaptive weighted ...
IEEE

BTPNet: A Probabilistic Spatial-Temporal Aware Network for Burn-Through Point Multistep Prediction in Sintering Process

Abstract: Burn-through point (BTP) is a very key factor in maintaining the normal operation of the sintering process, which guarantees the yield and quality of sinter ore. Due to the characteristics ...
techxplore

Three-in-one process recycles spent lithium batteries, captures CO₂ and generates catalysts—all at room temperature

Scientists from China have developed a new way to recycle lithium batteries that is a triple win for the planet. It not only extracts nearly all the lithium for reuse but also traps carbon dioxide and ...