From the Lab to the Loading Dock Blog
SRC has a long history of working in energy efficiency and renewables, and that work continues today. Meet Ryan Jansen, Team Lead, Integrated Energy Systems at SRC who leads much of SRC's work in renewables technology, as well as smart and microgrids—all with an eye on helping industry improve efficiencies.
As electric vehicle technologies advance and the energy transition continues, the demand for critical metals keeps rising. Learn about SRC's direct recycling process of LIB metals that will help industry meet the growing demand for critical metals and divert batteries from landfills.
Thinking about a career in science? Here’s what some geoscientists and engineers at SRC have to say.
There’s no rule that you must be born with math and science skills to pursue a career in engineering; it’s all about persistence, and a deep desire for learning new things and discovering how they work. We had a chat with a few of our engineers and geoscientists at SRC to learn more about what drew them to their careers. Find out what it's like to live a life of science.
Petro Nakutnyy is the Director of Operations for Enhanced Oil Recovery (EOR) and In-Situ Processes in SRC's Energy Division. He’s seen how the oil and gas industry has evolved, especially over the last decade. Learn more about how his team is helping ready the industry for a net-zero future.
Clays and active clays are found naturally in mineral deposits and present challenges for mining and oil sands industry processes and tailings management. Learn more about the work being done by SRC and its research partners to further the development of two active clay analyzers to address the issues that active clays present.
SRC's Enhanced Oil Recovery team uses a stage-gated approach to help small-to-medium enterprises develop their technologies and evaluate technical, market and commercial factors. This helps our clients save time and accelerate adoption. Learn about what's involved.
Many industries in western Canada face corrosion problems due to the frequent exposure of metal alloys to water, salt, oxygen, carbon dioxide, hydrogen sulfide and lesser well-known sulfur compounds. In our lab, we test metal corrosion by simulating the environment in which it will be applied. Learn more.
In the 2000s, SRC’s previous work on natural gas vehicle conversions was broadened to develop and demonstrate a variety of other alternative fuel vehicles that could operate on natural gas, ethanol or hydrogen. Learn more about this next phase of innovation.
Given both global and national pressure to decarbonize operations, Canadian industries are looking for new technologies and implementing more energy-efficient processes from proven, applicable mitigation options. Learn how SRC's CeDER platform helps companies sift through the available technologies.
SRC is one of the pioneers in the field of alternative fuel vehicle work and has a long history conducting research and development in the area since 1985. Learn about SRC’s journey into alternative fuels, including the successes, some failures and even some firsts.