Chapter Title: The Journey of a Battery
Establishing illustrative shot of a Canadian landscape with a river running through a forested area. There are hills in the background and the sun is setting. There is a lookout point with a few trees in the foreground.
“Every battery’s journey begins deep within the earth, where geoscientists and explorers search across Canada’s vast geology, mapping the elements that will power our future.”
A radar scans the area in a clockwise motion to look for rock formations. The landscape reveals minerals underneath. We transition to a mining site.
“Using specialized technology, they scan and analyze rock formations, revealing deposits of valuable minerals essential for clean energy.”
“From discovery comes opportunity, the first step in the life of a battery.”
An illustration of an excavator is shown in an area with rock formations.
The animation brings the viewer underground into a mine where we see an excavator extracting minerals from the mine.
A truck picks up the rocks and drives up from underground to be driven away from processing.
“Once identified, these resources are responsibly extracted from mining operations across the country.”
We see an illustration of a conveyor belt over a pile of rocks that have been separated in the sorting process.
We see a mining sorting site where ore is being crushed milled and concentrated. It is separating the useful minerals from the non-valuable ones.
We see an illustration of a piece of machinery that mills the rocks. The rocks are on a conveyor belt heading to be processed.
“At the mine site, the ore is crushed, milled, and concentrated, a process known as beneficiation, separating useful minerals from the surrounding rock.”
“This is where raw material begins its transformation.”
The rocks that have been separated are put into a ball mill to be grinded into smaller pieces.
An excavator fills a mining truck up with rocks. The truck drives off screen. We cut to a forest scene that reveals a mining sorting facility.
“Concentrated materials are then transported to large-scale refining facilities.”
“Here, impurities are removed through physical and chemical processes, producing higher purity mineral compounds ready for the next stage.”
“Canada’s advanced refining sector ensures these minerals meet the highest standards of quality and sustainability.”
A large vat is shown with a fan at the bottom. A pipe is attached to another large vat with a brown substance. Another pipe is attached to another vat that contains a blue substance. We zoom out to a final shot of all the vats with the last one being the battery grade compound extracted.
“From refined materials, the next transformation begins.’’
“In specialized facilities, materials are converted into purified battery-grade compounds — the essential ingredients of cathodes and anodes.”
“Here, chemistry meets precision.”
We see a large vat with a green substance containing Nickel, Manganese and Cobalt being blended. It is sent down a pipe to another large pipe that converts it to powder.
“Nickel, manganese, and cobalt battery-grade compounds are blended into precursor materials, reacted with lithium battery-grade compounds, and converted into high-performance battery cathode powder. Graphite is purified, coated with carbon, and converted into battery anode powder.”
We see a smaller vat with the green substance being mixed and poured into a funnel.
‘’And increasingly, this work is happening right here at home, as Canada builds its own advanced processing and manufacturing capacity.’’
“These critical and other essential materials and compounds, form the foundation of modern battery production, coming together to create the devices that store and deliver energy across industries.”
We see minerals on screen: manganese, lithium, nickel, cobalt and graphite.
“This midstream stage turns Canada’s resources into ready-to-use materials and compounds, powering the next stage of innovation.”
The minerals gather and are inserted into a battery. Many batteries appear and are layered into a battery pack. The battery pack is on a conveyor belt and a machine is checking each pack to make sure it is compliant.
“From these advanced materials and components, battery cells take shape.”
“Within state-of-the-art factories, anodes and cathodes are coated, layered, and assembled with precision into cells and battery packs.”
The battery cells are put into a car cross section. The car is put together on screen and then drives off into the Canadian landscape.
“Each cell stores the potential born from Canada’s resources and innovation.”
“These batteries power our daily lives.”
A bus appears and drives past an excavator on the side of the road.
We see three windmills in a field. We transition to see a phone, laptop and headphones with a battery signal shown on the screens.
“They power electric vehicles and heavy machinery, store renewable energy when the sun sets and the wind calms, and keep our devices — phones, laptops, and electronics, running wherever we go.
Icons of a house, a building, and people pop-up on screen.
‘’They’re found in homes, industries, and communities worldwide connecting us through clean, reliable energy.’’
A battery is shown on screen showcasing all the uses of a battery including powering electronics, cars and buses, windmill power and energy as well as solar power.
‘’From exploring to innovation, Canada’s resources, research, and people are powering the clean energy transition.’’
‘’From the earth beneath us to the clean technologies of tomorrow, every battery tells a story of transformation.”
‘’It’s a story of exploration, innovation, and sustainability, and Canada is proud to be at its core.’’
“Powering progress. Building a cleaner future. Together.”
Canada wordmark appears.