Critical Role of Rare Minerals in North Dakota and Beyond | Dick Anderson | TEDxFargo

Quick Overview

North Dakota State Representative Dick Anderson emphasizes the critical role of domestic rare earth mineral production, noting that 85-95% are currently imported, primarily from China, and advocates for developing local refining capabilities to secure national security and support technologies like electric vehicles and quantum computing.

Key Points: North Dakota currently produces rare earth minerals within its coal and clay layers, but needs domestic refining capabilities to be fully secure. The US imports 85% to 95% of its rare earth minerals, much of it coming from China, which poses a national security risk. Rare earth elements are critical for modern technology, including strong magnets for electric vehicles, missile guidance systems (which use them for hydraulic controls), and atomic clocks. Gallium, a rare mineral found in North Dakota, melts at 85 degrees Fahrenheit and is used in applications like fiber optics and visual displays. The speaker introduced a bill in the last legislative session to establish a framework for developing a rare mineral refinery in North Dakota. The speaker contrasts the difficulty in processing rare earth minerals with the ease of obtaining X-rays, which can be done in seconds.

Context: Dick Anderson, a State Representative for North Dakota and a member of the Energy and Natural Resources Committee since 2011, speaks at a TEDxFargo event themed 'THREAD: Where Every Thread Tells a Story.' His talk focuses on the strategic importance of rare earth minerals, which are vital for modern technology, and the necessity for the United States, and specifically North Dakota, to develop secure domestic sources and refining capabilities.

Detailed Analysis

Dick Anderson, a North Dakota State Representative, argues for the critical need to develop domestic sources and processing for rare earth minerals, highlighting that the US currently imports 85% to 95% of these materials, often from adversarial nations like China. He points out that these minerals are essential for national security (e.g., missile guidance systems) and high-tech applications like electric vehicles and atomic clocks. Anderson mentions that North Dakota has reserves of rare earth elements in its coal and clay layers, including elements like Gallium, which melts at 85 degrees Fahrenheit and is used in fiber optics and displays. He contrasts the difficulty of processing these minerals with the ease of medical imaging (X-rays). He cites specific elements like Scandium, used in farming equipment to improve germination, and Lanthanum, used in optical glass. He also mentions the use of strong magnets containing rare earths (like Neodymium) in everyday items, and their role in guiding missiles. He concludes by noting that he introduced legislation during the previous session to create a framework for developing a domestic rare mineral refinery in North Dakota, stressing that national security depends on a reliable supply chain.