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Capture & General CCS Reports

PCC

2018

  • Scope study of technological options for SOx treatment for CTSCo project

2017

  • Carbon Capture Shift Reactor

2016

  • Model-based optimisation of highly-integrated renewables with post-combustion carbon capture processes
  • Development of the advanced aqueous ammonia based post combustion capture technology – Final Report

2015

  • High efficiency post combustion capture of carbon dioxide using solid sorbents
  • Evaluation of CO2 capture with high performance hollow fiber membranes from flue gas
  • Reduced cost postcombustion CO2 capture from coal fired power stations with enzymes

2014

  • CO2CRC CCS Cost Reduction Project: Solvent Precipitation System
  • Cost-effective membrane technologies for carbon dioxide capture – membrane processes for amine contaminant removal
  • Development of novel ionic liquids to capture CO2
  • Novel gas-liquid contactor concepts for PCC capital and operating cost reduction
  • Nano-structured Carbon Fibre/ Carbon Nanotube Composite for CO2 Capture
  • Concentrated piperazine based post-combustion capture process for Australian power plants

2013

  • Low Cost Hybrid Capture Technology Development
  • Impact of Flue gas impurities in PCC plants

2011

  • Novel CO2 Capture Storage Task Force

Callide Oxy-Fuel

2019

  • SOx/NOx co-removal during compression of oxy-fuel flue gas

2017

  • Saleable by-products from mixed acid wastes from CPUs of oxy-fuel combustion with CCS

2015

  • Chemical Looping Oxygen Generation for Oxy-fuel Combustion
  • Mercury removal with SO3 in the fabric filter and with NOx as liquids in CO2 compression
  • Appendix 1: Mercury removal and acid dew point temperature reduction due to SO3 capture by ash in the fabric filter of oxy-fuel technology
  • Appendix 2: Mercury removal in oxyfuel flue gas compression, product characterisation and experiments at the Callide Oxyfuel Project
  • Appendix 3: Formation of nitrogen containing gases under high pressure during compression of oxyfuel gas: a subcontract from the University of Newcastle to Macquarie University

2014

  • Impacts of trace components on Oxycombustion for the Callide Oxy-fuel Project – Results from Callide field trials
  • Impacts of trace components on Oxycombustion for the Callide Oxy-fuel Project – Further results and analysis from Callide field trials
  • Gas quality impacts, assessment and control in oxy-fuel technology for CCS
  • Feasibility of Impurity Control During Compression of Oxy-fuel Flue Gas
  • Well-stirred Scrubber Results at atmospheric pressure

2012

  • A scoping study on oxy-CFB technology as an alternative carbon capture option or Australian black and brown coals

IGCC

2015

  • Allow CMR for H2 production

2014

  • Metal foam heat exchanger for dry cooling

2012

  • IGCC solids disposal and utilisation

CCS Cost & Other

2021

  • Decarbonised Electricity Monograph- the lowest cost path to net zero emissions
  • Policy levers and market mechanisms for decarbonisation
  • Decarbonising the NEM - a policy advice paper for achieving net zero

2020

  • The impact of NEM constraints on the system cost to decarbonise the grid
  • What happens when we add big infrastructure to the NEM?
  • Snowy 2.0 and Beyond - The value of large-scale energy storage

2019

  • DICE Fuel - MRC Specifications and Formulation
  • DICE Engine - Overall outcomes, learnings and business case variables
  • The Effect of Renewable Energy Targets on the National Energy Market
  • Renewable and the NEM: What are the limits and what else is needed to go zero?

2017

  • Managing Flexibility Whilst Decarbonising Electricity; The Australian NEM is changing
  • Overview of CCS Roadmaps and Projects
  • Energy Scenarios, Outlooks and Climate Policies
  • Energy Security and Prosperity in Australia
  • Financial Incentives for the Acceleration of CCS Projects

2016

  • Comparative Power Generation Option Analysis – Policy & Techno Economics
  • Australian Power Technology Generation Technology (APGT) Study

2015

  • Large Scale Cost Reduction through Adsorption Based Oxygen Generation Technology

2014

  • A Techno-Economic review of Direct Injection Carbon Engine (DICE)
  • Quantification and Assessment of Environmental Risk in Carbon Capture and Sequestration
  • Guidelines for scoping & estimating early mover CCS projects

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ANLEC R&D is a not-for-profit organisation supported by Low Emission Technology Australia (LETA) and the Australian Government through the Department of Industry, Science, Energy and Resources.

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