22 co2 positions in Australia

Developing novel solid sorbents for the CO2 capture from flue gas streams

This CSIRO-RMIT co-funded scholarship will address the challenges associated to the development of next generation solid CO2 adsorbent technologies that offer lower cost capture. The purpose

2025 RTP round - High-entropy nanoparticle catalysts for carbon dioxide reduction towards value-added fuels.

dioxide (CO2) into fuels and value-added products is one of the most promising strategies to address the global warming and energy issues. High-entropy nanoparticles manifesting increased catalytic activity

2025 RTP round - Carbon dioxide sequestration in incinerator bottom ash and its use as SCM and aggregates in low-carbon concrete.

and natural aggregates, respectively. Objectives Evaluate the effectiveness of wet carbonation on CO2 sequestration of incineration bottom ash (IBA). Determine the optimum ratio of CO2 mixing in wet

2025 RTP round - Fracture Flow with Chemical Reactions: Modeling Subsurface Processes with Deep Learning.

applications in iron ore deposition, CO2 storage, and even novel energy production methods. This project focuses on developing a model that includes fracture and fluid properties, crucial factors governing fluid

PhD Scholarship Opportunity - How can we identify geomechanically secure locations for carbon capture and storage?

for carbon capture and storage. Carbon capture and storage (CCS) is critical to proposed pathways to limit global warming to 1.5ºC, with an estimated total geological storage requirement of 190 Gt of CO2

Shell Global Solutions PhD Scholarship

Apply today for an industry PhD at the University of Adelaide, with Shell Global Solutions. Upscaled Modelling of CO2 Storage in Geological Formations Currently, upscaling of CO2 injection into a

2025 RTP round - Modern Power System Optimisation and Analysis using Machine Learning.

a major contributor to carbon dioxide (CO2) emissions, a key driver of climate change. In Australia, power generation accounts for over 30% of total CO2 emissions. With the exponential growth in

Research Project - Chemistry (Carbon Capture)

to support a number of strategic and commercial projects that are looking at deploying CSIRO's CO2 capture technology into the field. In this role, you will work with the team on scaling carbon capture

2025 RTP round - Unlocking the chemical details of carbon dioxide geosequestration.

chemistry observed at the interface between silicate minerals and CO2-rich fluids can be used as a model to design processes that capture CO2 either via reduction to organic molecules, or via dissolution and

HDR Scholarship 2024 - WASM PhD Scholarship: Minerals Energy and Chemical Engineering

for decarbonization across all sectors of the economy, the demand for carbon dioxide (CO2) capture has witnessed significant growth over the past decade. DAC emerges as a pivotal carbon-negative technology capable