Researchers have made a groundbreaking paste that could help create carbon-capturing concrete in new construction projects.

An innovative process converts CO2 into solid, durable materials that trap carbon. Using seawater, electricity, and carbon ...

Researchers have found utilizing biosolids-derived biochar as a catalyst in pyrolysis enhances bio-oil production, supporting eco-friendly energy solutions and waste valorization.

The breakthrough uses a chemical reaction akin to rocket fuel ignition and could be used to improve carbon-dioxide capture ... subsequent treatment with potassium hydroxide removes less stable ...

Direct reactions with halogens will also occur. Pure zinc in air forms a layer which protects the metal from corrosion. In dry air, this protective layer is an oxide layer and in wet air it is a ...

5µg FI-RSV was adjuvanted with 50µg alum hydroxide prior to immunization was used as control ... 20,000 HEp-2 cells in MEM with 2% FBS were added and incubated for 7 days at 37 °C with 5% CO2. After ...

The study has unveiled critical insights into one of the most fundamental chemical reactions: the mutual neutralization of hydronium (H 3 O⁺) and hydroxide (OH⁻) ions. This reaction ...

A research team from National Taiwan University, led by Prof. Chih-Jung Chen has developed an innovative electrochemical ...

While CO₂ doesn’t transmit viruses itself, it acts as a proxy for indoor crowding and poor ventilation. The more people in a ...

Existing CO2-to-CO conversion techniques suffer from costly materials, instability, low efficiency, and long processing durations.