OUR UP TO DATE ANNOUNCEMENTS
News
OUR SERVICES
Unlocking Unconventional
Lithium Resources
CANDLE Lithium offers cutting-edge Direct Lithium Extraction (DLE) technology which can recover more than 95% of lithium in a continuous manner. We specialize in extracting lithium from lithium-bearing water streams including conventional South American salars and unconventional petrolithium brines, and we can adapt our DLE technology to different assets - ideal for companies in various industries, including the Oil & Gas and mining sectors.
ABOUT CANDLE LITHIUM
Driving Global Lithium Extraction Innovation from Edmonton, Alberta
CANDLE Lithium, based in Edmonton, Alberta, is a Canadian startup developing a process for sustainable lithium extraction. we aim to commercially extract lithium from unconventional resources, meeting the domestic demand in North America. With a vision to become the foremost provider of environmentally friendly lithium extraction from unconventional brines, CANDLE Lithium is driving the transition towards a greener and more self-sufficient future.
Sustainable Lithium Extraction
Meeting North American Demand
Green and Self-Sufficient Future
OUR PARTNERS
Collaborating for Sustainable Lithium Extraction
INDUSTRIES BRIEF
Transforming the Global Lithium Production Landscape
Harnessing the value of untapped unconventional brines for sustainable lithium extraction
Environmental Advantages
Our approach minimizes ecological footprint by reducing traditional mining and unlocking untapped lithium from oilfield brines for a greener future.
Our Approach
Our advanced Direct Lithium Extraction (DLE) technology efficiently extracts lithium from oilfield brines, a sustainable byproduct of oil and gas production.
Our Partners
We partner with water-rich industries (Oil & Gas, Lithium Brine, wastewater) to recover lithium using existing infrastructure.
Current Lithium Sources
Traditional mining operations for lithium have major environmental impacts due to extensive mining activities, water consumption, and carbon emissions.