Blue Solutions remains the only company to market the all-solid-state battery to date. Our batteries are found in buses and in stationary applications for energy storage. The all-solid-state design has several advantages compared with other batteries currently on the market. Our battery has a high energy density; it can reach an energy density more than 10 times higher than that of graphite material thanks to lithium. Also, the battery can withstand extreme external temperatures due to its solid state. The LMP® battery is highly recyclable since it does not contain nickel, cobalt, or toxic components. Blue Solutions Canada and Li-Métal will work in collaboration on various research projects.
Jointly, Blue Solutions Canada and Blue Solutions France are beginning research and development of the 4thgeneration of the LMP® all-solid-state battery. Our teams will concentrate their efforts on increasing the battery's energy density and power, reducing the operating temperature, and improving the packaging ergonomics as well as the electronic control systems.
To do this, our research and development teams are expanding. Indeed, Blue Solutions Canada and Blue Solutions France are looking for various scientific profiles to find the solution of the future. We are seeking profiles specialized in R&D. Thus, we are recruiting laboratory technicians and designers interested in joining our passionate team, in a high-tech environment.
Laboratory technicians will participate in the research and development activities of innovative materials or manufacturing processes for high-energy battery or capacitor electrodes. They will be called upon to carry out various tests and analyses using chemical and physico-chemical techniques. They will perform the synthesis and purification of innovative polymeric materials. They must hold a college diploma in chemistry or the equivalent as well as laboratory experience in chemistry.
"If you want to work with a close-knit and dynamic team in an evolving environment, you'll be in the right place."
Designers must ensure the implementation and coordination of projects in electrochemistry. These research and development projects aim to identify and evaluate new materials or promising technologies for the all-solid-state battery; some of the projects will be supported by granting organizations. They will play an important role in the laboratory and must take part technically in the evaluation of materials of interest through tests covering their characterization and film formulation. They will be required to propose and implement new methods for material characterization and electrochemical testing protocols. They must hold a doctorate in electrochemistry, chemistry, materials chemistry, or an equivalent field. They must also have technical experience and in-depth knowledge of electrochemical phenomena, battery design, and battery testing.
This partner content was produced as part of the En route! – The career destination for electric and smart transport project.
