Catalytic Process Converts CO2 Into Usable Carbon Nanofibers; Can This Help Offset Greenhouse Emissions?

Medicine & Technology Jan 19, 2024

A research team has combined electrochemical and thermochemical reactions to turn CO2 into valuable carbon nanofibers. Find out more about it in this article.

High-Entropy Alloy Nanoparticles Synthesized Using Liquid Metal Show Potential As Functional Materials

Jun 15, 2023

An experiment reveals the possibility to synthesize high-entropy alloy into a type of nanoparticle using different kinds of metal elements in mild reaction conditions. Find out more about it in this article.

Greenhouse Gasses Such as CO2 Could Transform Into Production of Raw Material Using Nanodiamonds

Dec 02, 2022

CO2 can be utilized as a raw material for compounds needed in industrial processes, such as formic acid or methanol, rather than being emitted into the atmosphere. Know more about this process by reading the article now!

Platinum Catalysis in Room Temperature: Researchers Explain What Happens to Catalytic Atom Particles During Chemical Reaction

Jun 06, 2022

A 'cool' platinum catalyst made way for dramatic emissions reductions in the chemical industry. Read on for more details.

Low-Cost Catalysis Introduced a New Study Showing How to Split Water Molecules Apart for Oxygen Production

Feb 28, 2022

A new type of catalyst material also called MHOF has been developed by MIT researchers. Find out how this new approach help with oxygen production.

Low-Cost Catalysis Introduced a New Study Showing How to Split Water Molecules Apart for Oxygen Production

Feb 28, 2022

A new type of catalyst material also called MHOF has been developed by MIT researchers. Find out how this new approach help with oxygen production.

Industrial Chemical Processes Made More Efficient Through Catalytic Surface; Decarbonization Easier and Faster

Sep 07, 2021

A new study presents an efficient approach in processing industrial chemical reactions for a better, easier, and more faster decarbonizaiton.

Renewable Energy: How Green Hydrogen Will Bridge The Gap for Energy Transition

Aug 25, 2021

A new paper reveals a probable solution that could ease climate change through green hydrogen solutions.

Research Brings New Technique That Locates, Monitors Individual Atoms in Nanoparticles While Moving

Aug 20, 2021

A new method can identify and locate individual atoms in these nanoscale materials, even when they are moving and vibrating.

Researchers Developed a “Swiss Army Knife” Catalyst from 10 Different Elements

Jan 12, 2021

A team from the University of Illinois Chicago worked to develop a "Swiss Army Knife" catalyst - made up of ten different elements aside from Oxygen that helps natural gas burn cleaner.

Boston College Finds a New Way for Converting Carbon Dioxide to Methanol

Jul 24, 2020

Drawing inspiration from nature, a group of chemists from Boston College developed a multi-catalyst system for converting carbon dioxide into methanol.

Cultivating Defective Porous Materials for Robust and Selective Heterogeneous Catalysis

May 06, 2019

It opens new avenues to develop robust heterogeneous catalysts for a wide variety of gas-phase reactions

Light Emitting Quantum Dot Is An Essential Approach For Synthesizing The Novel Compounds

May 30, 2017

Photoredox catalysts are used for synthesizing the novel organic compound which has the different application in pharmaceutical sector etc. However, a research team claimed that quantum dot could be a better replacement for existing photoredox catalyst.

Researchers Discovered A Catalyst That Can Easily Split Water Into Hydrogen And Oxygen

May 16, 2017

University of Houston physicists has discovered a catalyst that can split water into hydrogen and oxygen, composed of easily available, low-cost materials and be operating far more efficiently than previous catalysts.

Carbon Dioxide Can Easily Convert Into Industrial Fuel Using Novel Catalyst

Apr 11, 2017

Researchers from the University of Amsterdam (UvA) have invented a new catalyst that can efficiently convert carbon dioxide (CO2) to carbon monoxide (CO). This soon-to-be-patented invention enables the sustainable utilization of CO2, a potent greenhouse gas linked to climate change. If successful on a larger scale, this invention could provide a practical way for converting CO2 to useful chemicals.