CO2 Solutions Valorisation Carbone Québec Project

May 19 2017

The project committee has announced the first major steps in its deployment.

The objective of the VCQ project is to promote the development and demonstration of commercially viable solutions to capture and reuse CO2 in added-value applications. The project is centred on the Corporation’s industry-leading enzymatic CO2 capture technology. By mobilizing various partners, policy makers, academics and industrialists, the VCQ project will address climate change by reducing GHG emissions, while creating opportunities and growth within this new sector of the economy for the value-added reuse of CO2. 
On May 16, the Corporation announced the formation of the VCQ Scientific Orientation Committee, an assembly of an exceptional group of reputable scientists from both the university and private sectors, with complimentary experience and skill sets to independently assess the scientific merits of the various CO2 reuse technologies considered by the VCQ project.
The VCQ management committee is now pleased to announce the first major steps in the deployment of this ambitious program. The following purchase orders were issued this past week for:

  1. Move and upgrade of the CO2 capture unit: The 10 tpd capture unit, which CO2 Solutions successfully demonstrated during a 2,500 hour semi-autonomous extended run, will be moved from its Valleyfield location to the new VCQ testing centre located at the Parachem facilities in Montreal. The unit, which represents a contribution by the Corporation towards the VCQ project, will also be upgraded to incorporate the Corporation’s most recent technology developments. It is anticipated that the upgraded unit will be operational by early Q3 2017.

 2)   First CO2 conversion technology selected: In collaboration with the scientific committee, a technology to convert CO2 into acetic acid, is the first technology selected to become part of the VCQ project. Acetic acid is an important industrial commodity used in the production of PTA (purified terephthalic acid), which itself is a raw material for the production of polyesters. According to Zion Market Research, a leading research firm, the global market for acetic acid is growing at a CAGR of 8.5% and is poised to surge to USD$13.62 Billion by 2021. There are also potential market opportunities for acetic acid in the immediate vicinity of the Parachem facilities. It is anticipated that the acetic acid conversion unit will be operational by early Q4 2017.
In addition, the Corporation’s Rotating Packed Bed (RPB) equipment that was being tested at the University of North Dakota EERC centre earlier in 2016, is now being relocated to the Montreal testing site. It will be included in a second, 10 tpd small footprint capture unit, showcasing the latest development in reducing equipment size for CO2 capture. Once commissioned, foreseen for later in the project, two capture units will be operational at the VCQ site, demonstrating the flexibility of CO2 Solutions’ technology, and its applicability in different configurations and contexts.
Louis Fradette, VCQ Project Director, stated, “The VCQ project is positioned as the world’s leading demonstration site for CO2 capture and reuse. We have evaluated over 100 technologies and formed a clear picture of the CO2 reuse landscape. As we move to demonstrating certain of these technologies, the VCQ project will provide a unique and exciting opportunity for the world to witness the emergence of new and economically viable solutions that reduce GHG emissions, while at the same time adding value by extending the carbon cycle to producing value added products. Another feature that makes the VCQ project stand out is its breathtaking speed of realization. The acetic acid process we will be demonstrating is an excellent example of what we are looking to demonstrate, consuming CO2 while delivering a product for a large, high-growth market.”

CO2 Solutions

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Issue 57 May - June 2017

CCS in Europe: A decadal staircase to 2°C: time to step up - implementing Paris .. ZEP: CCS vital for clean growth and competitiveness .. European Parliamentary Hearing on CCS New carbon capture and exchange technology: CO2 to chemicals for £47 per .....

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