Thank you.
Good morning, Madam Chair, and ladies and gentlemen of the Standing Committee on Industry, Science and Technology.
Thank you for inviting me to appear before the committee.
My name is Michel Chornet, and I am Executive Vice-President, Engineering, Innovation and Operations, at Enerkem.
The theme of the economic recovery provides a unique opportunity for Canada's energy transition. First, I will say a few words about our company.
Enerkem was cofounded in 2000 by my father Esteban, an emeritus professor at the Université de Sherbrooke, and my brother Vincent. They developed and brought to commercial scale a revolutionary technology that is unique in the world. It produces advanced biofuels and renewable chemical products from biomass and nonrecyclable waste.
Our technology is a key link in a genuine circular economy. We therefore contribute to energy diversification and to the manufacture of everyday, low-carbon products. This is a sustainable alternative to burying or incinerating waste materials. While many see waste materials as garbage, we at Enerkem see them as a source of accessible, circular and inexpensive carbon.
Our headquarters are located in Montreal and we operate large-scale commercial demonstration facilities in Edmonton, Alberta, and two innovation centres at Westbury, Quebec and Edmonton, Alberta. We employee more than 250 people across Canada.
With our advanced recycling technology, we have succeeded in creating industrial partnerships in Canada and abroad, including with Suncor, NOVA Chemicals, Shell, Repsol, Proman and SUEZ.
Enerkem is founded on a business model that relies on innovation. We are developing a technology that required, and continues to require, a lot of research and development. To continue our development and to demonstrate that our technology was viable and, above all, commercially scalable, we had to secure private and public capital.
Through our plant in Edmonton, Enerkem has succeeded in demonstrating the flexibility, efficiency and maturity of our advanced recycling technology. The need to innovate never stops, however. Although the technology has reached commercial maturity, the competition is such that additional investments in innovation are required.
Canada has a unique opportunity to develop an advanced recycling model. This would keep the chemical and petrochemical industries competitive through major reductions in greenhouse gases and the creation of high-quality jobs. The Canadian model of advanced chemical recycling would be based on infrastructures already in place, such as low-carbon electricity, and on nonrecyclable waste, which is a major source of carbon.
Last December, we announced the construction of a biofuels plant in Varennes, on the Montreal's South Shore. Our group of strategic partners includes Shell, as the lead investor, Suncor, Proman and Hydro-Québec, which will supply renewable hydrogen and oxygen. We also have the support of the governments of Canada and Quebec. This C$875-million project is called Recyclage carbone Varennes.
The plant will produce a second-generation, low-carbon biofuel. It will reduce the annual production of greenhouse gases by about 170,000 tons of CO2 equivalent. In the world of waste management, Recyclage carbone Varennes' contribution will be considerable. Each year, the plant will convert more than 200,000 tons of nonrecyclable material into almost 125 million litres of biofuel. The economic impact in Quebec will be $85 million per year, not to mention 500 jobs during the construction of the plant and 100 jobs when it is operating.
The economic future looks promising. Currently, we are actually seeing a very rapid progression in the market for new-generation biofuels, because few technologies have reached maturity in making the transition.
Let's quickly look at Canada's situation in the world. In 2018, Canada was in 10th place among greenhouse gas emitters. In 2019, total gasoline sales in Canada reached 45 billion litres. Prime Minister Trudeau has committed to reducing greenhouse gas emissions by 40% to 45% by 2030. Canada has also committed to have a carbon-neutral economy by 2050.
To reach our targets, market conditions that are favourable to rolling out innovative solutions must be created.
A competitive market must be created in order to attract private investment and develop bioenergy projects. An investment tax credit could make it easier to finance companies.
Consistent support for the lifecycle of technological innovation must be assured, through the use of current programs.
The Clean Fuel Standard must be used to support Canadian innovation.
In closing, let me repeat what I said a little earlier. Canada must create favourable conditions to allow the development of innovating companies, as they will contribute directly to our economic recovery in the post-COVID-19 period.
Thank you for your attention.