Guideline 7: Modernizing public procurement and regulatory frameworks

Guideline 7

MODERNIZING PUBLIC PROCUREMENT AND REGULATORY FRAMEWORKS

The modernization of public procurement and regulatory frameworks represents an important aspect that can foster innovation and competition, accelerate the transition to more sustainable processes, and facilitate the commercialization of new materials.

After clarifying the concerns of those in the ecosystem, this guideline developed three recommendations:

RECOMMENDATION 7.1. To modernize regulatory frameworks, particularly with regard to the life cycle and recycling of advanced materials.

RECOMMENDATION 7.2. To revise the criteria for public procurement contracts by emphasizing the anticipated functional and environmental performance of materials and products.

RECOMMENDATION 7.3. To promote the adoption and commercialization of advanced materials and associated processes by simplifying and accelerating the approval and certification processes.

RECOMMENDATION 7.1

To modernize regulatory frameworks, particularly with regard to the life cycle and recycling of advanced materials.

Regulatory frameworks must consider the entire life cycle of materials in order to facilitate and accelerate the energy and digital transitions while promoting the development of environmentally responsible materials and circularity.

This includes the assessment of environmental impacts at the design stage, along with criteria targeting recyclability and end-of-life waste management. Integrating these considerations into the regulatory framework would ensure that advanced materials meet sustainability objectives while facilitating their inclusion into recycling and reuse loops. This approach would help generate practices that reduce the ecological footprint while aligning them with a circular economy.

RECOMMENDATION 7.2

To revise the criteria for public procurement contracts by emphasizing the anticipated functional and environmental performance of materials and products.

Public procurement plays a key role in driving demand for advanced materials. By revising the tender evaluation criteria to further emphasize functional and environmental performance, public procurement could be steered towards solutions that are more sustainable and innovative.

The new criteria could include specific requirements like energy efficiency, emissions reduction, and material sustainability, along with other ESG factors (environmental, social, and governance). The revised criteria would encourage the integration of advanced materials that not only enhance performance but provide environmental benefits as well, thereby stimulating demand for these technologies in both the public and private sectors.

RECOMMENDATION 7.3

Approval and certification processes must be simplified and accelerated to promote the commercialization of advanced materials.

To promote the adoption and commercialization of advanced materials and associated processes by simplifying and accelerating the approval and certification processes. Current processes increase the time-to-market period, as well as the costs involved. One potential alternative could involve simultaneous development and prototyping certification, reflecting the current approach used by C2MI for electrical components. This would reduce lead times and the associated costs, facilitating market access for advanced materials while stimulating their adoption. Non-regulatory sandboxes could also encourage innovation while updating regulatory frameworks. The Unmanned Aerial System Centre of Excellence in Alma provides a good example ^[4].

Modernizing public procurement and regulatory frameworks represents a key step towards the effective integration of advanced and sustainable materials into a decarbonized Québec economy. By revising regulatory standards, adapting public procurement criteria and optimizing approval processes, Québec would not only support innovation and sustainability but strengthen its position as a pioneer in the field of advanced materials. These measures would create an environment that is conducive to the emergence of new technologies while promoting a successful transition to greener, more responsible practices.

PARTNERSHIPS AND SUPPLY CHAINS

Towards a Canadian quantum computer supply chain

Anyon Systems has been working to build and deliver quantum computers with commercial utility since 2014. Early on, the team decided to produce vertically integrated quantum computers by assuming control over the manufacturing of chips, cryogenic systems, and control electronics.

This approach reduces the risks associated with supply chains while providing control over scaling.

A network of local partners helped the company produce the very first all-Canadian universal quantum computer. Anyon’s most important partners–the clients–are part of its continuous improvement cycle, enabling it to successfully evolve its technology while growing its business.