Supply Chain Transparency

Understanding how the future energy system will impact the global supply chain and associated effects on markets, communities and the environment

Supply Chain Transparency

Understanding how the future energy system will impact the global supply chain and associated effects on markets, communities and the environment

About Supply Chain Transparency

The global supply chain continues to grow at an incredible rate, but within that growth, a lack of transparency undermines many industries and consumers as they struggle to understand the effects of the supply chain on the markets, communities and the environment.

Mines Supply Chain Initiative

SUPPLY CHAIN TRANSPARENCY Pillars

Partnerships

  • Industry
  • Business
  • Regulators
  • Academia

Education

  • Graduate Curriculum
  • Student Recruitment
  • Professional Development

Learn More

For more information about Supply Chain Transparency at Colorado School of Mines, please contact Mines Global Energy Future Deputy Directory Gregory Clough.

Material Foundations of the Energy Transition

Mines Supply Chain Transparency works with the Critical Materials Institute, the U.S. government, and policy other stakeholders to better understand the challenges and opportunities related to growing critical mineral demand.

Low-carbon scenarios often have—implicitly or explicitly—high and diverse material needs, depending on what assumptions are made about the nature of future energy systems. As certain technologies become more prominent, it becomes easier to identify what materials will be needed in the near term.

It is important to acknowledge the inherent tensions that exist between building a sustainable future and not managing or understanding the sources and materials with which it is built.

Aerial view of solar panels

Critical Minerals

Illicit Mineral Supply Chains and ASM

Critical materials are those that are considered essential to economic/national security, or are limited in availability due to geological, geopolitical, or trade security issues. Emerging technologies often use relatively large quantities of critical minerals, and sudden increases in demand may inhibit their use. Solar panels, wind turbines, and electric vehicles are notable examples, and it is imperative to understand the material intensity of the low-carbon future to manage critical material supply.

Recharging electric vehicle

Illicit and conflict minerals have plagued the global supply chain for decades. The challenge has grown dramatically in recent years as demand for certain minerals has increased in correspondence with the technological innovation that drives demand.

Alumbrera mine in ArgentinaWorking at all levels of the mineral supply chain, Colorado School of Mines brings a unique perspective to understanding the challenges related to the illicit mining practices and policies.

Supply Chain Transparency works with the Responsible Mining Resilient Communities, multinational mining corporations, and downstream producers, to better understand how illicit mineral supply chains can be managed to benefit local communities and global needs.

ESG and Emissions

Engineers on car assembly lineEnvironmental, social and governance (ESG) principles have therefore become an increasingly important global concern. Mines founded the Supply Chain Transparency and ESG to help navigate materials concerns related to the critical mineral supply chains, the sustainable energy transition, and growing industrialization in developing economies.

Accounting and disclosure of carbon emissions is an increasingly market-driven mechanism due to ESG principles, sustainably sourced materials, and the emergence of regional policy mechanisms to control emissions. These interests put a spotlight on the need to track emissions across entire value chains in order to produce an accurate and transparent carbon footprint for the everyday materials used in cars, homes, electronics, and other goods. However, the lack of carbon accounting methodologies that work across different commodities, and the complexities of global supply chains, make this process difficult and convoluted.

Mines Supply Chain Transparency is working on numerous projects, including its role in Coalition on Materials Emissions Transparency (COMET), to help industry partners, suppliers, downstream producers, investors, policymakers, and other stakeholders in understanding emissions from the Global Supply Chain.

Supply Chain Transparency Researchers

Faculty Researchers

Zach Krause

Gregory Clough 

Deputy Director, Payne Institute and Global Energy Future Initiatives

Zach Krause

H. Sebnem Duzgun

Director, Mines Supply Chain Initiative and Professor, Fred Banfield Distinguished Endowed Chair, Mining Engineering

Zach Krause

Tulay Flamand 

Assistant Professor
Economics and Business

Zach Krause

Baba Freeman

ESG Research Associate – Energy, Critical Minerals and Metals and Payne Institute for Public Policy

Zach Krause

Dorit Hammerling

Associate Professor, Applied Mathematics and Statistics

Zach Krause

Jordy Lee

Program Manager, Mines Supply Chain Initiative and Payne Institute for Public Policy

Zach Krause

Nicole Smith

Assistant Professor,
Mining Engineering

Student Researchers

Zach Krause

Zachary Krause

MS, Natural Resources & Energy Policy

Zach Krause

Lauren Longworth

BS, Mechanical Engineering

Zach Krause

Bryce Walsh

BS, Engineering

Mines@150

As Colorado School of Mines approaches our sesquicentennial, we are ideally suited to lead this initiative. Our bold and ambitious MINES@150 strategic plan builds on the exceptional legacy of our PAST, the ways we impact the PRESENT and the POSSIBILITIES of our global energy future.