Decarbonization Avenue : C2V - CO2 to Value

In fact

Electrical catalysis says hello to thermal

Do you expect hot sparks to fly when "electrical" meets "thermal"?

How valuable would it be if two different teams working on catalytic reactions - one relying on heat based catalysis and another on electricity based catalysis - started interacting with each other?

We will soon find out as that’s what has started happening at Stanford Univ. ( https://stanford.io/2WbMJvc ), thanks to the synthesis of a new catalyst that can be used for both heat-driven and electricity-driven reactions.

Apparently, these two types of teams even within the same university or research outfits rarely interact - and this in a world where people from different corners of the world can connect within seconds!

Synergies between these two disciplines could hopefully lead to better synthesis of CO2 into chemicals. As a first step, this catalyst can convert CO2 to CO using either of the approaches - heat or electricity. CO can be used for further conversion to liquid hydrocarbon fuels.


Relevant for

  • Thermodynamics & heat sciences professional
  • Electrical engineer
  • Chemical engineer
  • Electrochemical engineer
  • College or university administrator

Innovation sector

  • Chemistry & chemical engineering
  • Electrical engineering

Other In fact

Carbon footprint of synthetic fuels and green chemicals

Electrical catalysis says hello to thermal

CO2 to animal food

Why CO2 to methane makes sense

When history, politics and science come together for converting CO2 to liquid fuels

Converting the biomass carbon to oil and...pouring it down the ground

Fischer Tropsch - a term you will hear more often

Importance of catalysts for the C2V sector

Distributed CO2 capture + distributed hydrogen production = distributed fuel production?

Using nature's methods to convert CO2 to value

CO2 to sugar

Carbon capture at oceans using algae

Rice that captures CO2 with 30% more yield

Scientists engineered bacteria to eat CO2 instead of sugars

Capturing CO2 from breweries and wineries

Why not use enzymes instead of catalysts?

Power to X

Syngas is the lego for the chemical industry

Recycling process CO2 in steel production

Decarbonising takes thousands of tiny, boring steps

Deadwood Releasing 10.9 Gigatons of Carbon Every Year

Helping demolition companies capture CO2 - Sika

CO2 to durable thermoplastics

CO2 to carbon fiber

Plasma based CO2 conversion process, through low temperature plasma

CO2-to-bioethylene pilot plant

Cost competitive methanol from CO2?

Butanol from CO2

Artificial intelligence helps researchers produce record-setting catalyst for carbon dioxide-to-ethylene conversion

Producing oxygen from CO2

How do people feel about CO2-based products?

Using mineral carbonation as an effective avenue for CO2 to products

CO2-based microalgae cultivation to produce next-generation biofuels

Lululemon is experimenting with fabric made from CO2 emissions

Using concrete's CO2 absorbing property to an interesting use - paints

Methane Into methanol conversion at room temperature using iron zeolites

IBM, Mitsubishi to track capture, re-use of CO2 using blockchain

On-board CO2-capture method could make long range ships carbon negative

Maersk to use ‘carbon neutral e-methanol, targets 2023 launch

Japanese companies to work on power-to-chemicals demo project

CO2 to polypropylene

UK food industry warned about CO2 shortages

Blast furnace CO2 and CO recycled into insulation boards and coatings

CO2 to calcium carbonate and hydrogen

Carbon Dioxide-based Ethylene Manufacturing Technology

Using ethanol made from CO2 in fragrances

Porsche Working on Synthetic Fuel to Make ICE Cars as Clean as EVs

Captured carbon dioxide converts into oxalic acid to process rare earth elements

Construction of the first large-scale CO2 to methanol plant

Converting CO2 into Omega-3 fatty acids and biodiesel

India’s largest industrial carbon capture and utilization project

Using CO2 emissions to make stronger concrete

Unravelling carbon uptake in concrete pavements

An aquaculture venture with unprecedented carbon capture goals

Carbon Capture and Utilization for Synthetic Clothing

Novel photocatalyst effectively turns carbon dioxide into methane fuel with light

Carbon dioxide turned into methanol by exploiting daily temperature changes

Japan's Taisei to make concrete with CO2-infused blast furnace slag from steel production

Concrete that can soak up twice the carbon of conventional

Kerosene from CO2 and hydrogen

CO2 to methane using photothermal effect

Carbon process emissions from steel production can be recycled into new products

Carbon nanospike catalyst for CO2 to hydrocarbon fuels

Liquid Wind and Carbon Clean partner to produce 'carbon neutral' shipping fuel

Opportunities and challenges for CO2 Recycling

Carbon capture by making materials equivalent of seashells

A library for showcasing materials with CO2 capture potential

Breakthrough in Decomposing CO2 With High Efficiency Using Sunlight

Bioplastics from biochar

Modular Carbon Capture Technology from Holy Grail

Carbon Recycled Methane Can Be Recognized As Zero Emission Ship Fuel

Is CO2 to value ushering in Chemical Industry 2.0?

CO2 Emissions Into Vegan Protein Ingredients

Coal Power Plants: Pathways for Co2 reduction and Co2-based value products

CO2 to be used as refrigerant in Large Hadron Collider

Solar-accelerated carbon-dioxide splitting

Eco-friendly carbon-dioxide conversion process may revolutionize existing method

Pond Technologies Partners With Livalta On Algae-Based Animal Feed Project

How Polymer Coatings Could Help Accelerate CO2 Conversion

Unilever's use of CO2 based ethanol for their detergents

First, second and third generation CO2 conversion technologies

Know All about CO2

Stakeholders

  • University researcher