Kino Aski Inc. and Marinvest Energy Canada Inc. announced the joint development of Kino Aski LNG, an LNG and energy corridor project that seeks to connect natural gas production from Western Canada with European markets through export infrastructure located in Baie-Comeau, Quebec.
The initiative proposes a capacity of up to 15 million tonnes per annum of LNG (MMtpa) and is distinguished by a majority First Nations ownership structure in the developing company.
Kino Aski Inc., led by the Atikamekw Nation, would hold the majority stake in Kino Aski LNG Inc., while Marinvest Energy Canada would maintain a minority stake.
An Energy Corridor Between Canada and Europe
The fuel would be transported to Baie-Comeau, Quebec, using a combination of existing and new pipeline infrastructure. From there, the necessary infrastructure would be developed to produce LNG and subsequently ship it to Europe.
The company plans to use certified natural gas with low-methane emissions, aiming to meet one of the European market’s main environmental demands: verifiable information on the emissions intensity associated with imported gas.
Renewable Electricity for Liquefaction
Kino Aski LNG proposes that the liquefaction process will be powered by renewable electricity from Quebec.
This introduces a significant difference compared to certain conventional LNG complexes where part of the energy required to compress and cool the gas comes from fossil fuels.
Natural gas liquefaction is one of the most energy-intensive industrial processes within the LNG value chain. The gas must undergo successive treatment and cooling processes until it reaches approximately −162 °C, the temperature at which it turns into liquid.
The use of low-carbon intensity electricity to power equipment can reduce direct emissions associated with the process.
Methane Will Be a Decisive Indicator
In the natural gas value chain, methane represents a particular challenge because small losses during production, processing, and transport can have a significant climate impact.
Therefore, LNG destined for the European market will increasingly need to demonstrate not only how much gas it delivers, but also with what emissions intensity it was produced.
Production and transport infrastructure will need to incorporate mechanisms capable of providing reliable data on methane emissions. In other words, environmental traceability is becoming a technical characteristic of the energy product.
The Challenge of Cryogenic Equipment.
The equipment must operate under cryogenic conditions and with high availability requirements. Compression systems, heat exchangers, pumps, valves, refrigeration systems, and instrumentation will need to operate under demanding thermal cycles.
In a large-capacity LNG complex, the unavailability of a compressor or other main equipment can immediately reduce production capacity.
Monitoring of vibrations, temperature, pressure, and process variables will be especially relevant for rotary compression and refrigeration equipment.
First Nations Change the Project Model
Kino Aski aims to form a coalition of Quebec and Ontario First Nations to participate in the economic development associated with the project.
This represents an evolution from the traditional model in which Indigenous communities primarily participate as consulted parties during approval processes.
From an infrastructure development perspective, this structure can have significant implications for social acceptance, economic participation, and long-term relationships with the territories involved.
SOURCE: https://boereport.com/
