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Is there more to bitcoin mining than carbon emissions?
Feng Liu1,2, Linlin Wang3, Deli Kong4
1Shanghai International School of Chief Technology Officer, East China Normal University, Shanghai 200062, China.
Bitcoin mining
Area of Science:
- Environmental Science
- Economics
- Computer Science
Background:
- Cryptocurrency mining, particularly Bitcoin, faces criticism for high energy consumption.
- Proponents argue it is a green industry, sparking debate on its environmental impact.
- The energy usage of Bitcoin mining is a significant global concern.
Purpose of the Study:
- To evaluate the energy efficiency and carbon footprint of Bitcoin mining.
- To introduce Mining Domestic Production (MDP) as a metric for Bitcoin mining output.
- To compare the carbon emission per unit output of Bitcoin mining with traditional industries.
Main Methods:
- Defined Mining Domestic Production (MDP) to quantify Bitcoin mining output.
- Calculated carbon emission per unit output value for Bitcoin mining in China.
- Compared Bitcoin mining's carbon intensity with three traditional industries.
Main Results:
- Bitcoin mining's carbon emission per unit output is not consistently the highest compared to traditional industries.
- The study provides a new perspective on the profitability and efficiency of Bitcoin mining relative to its carbon emissions.
- Bitcoin mining may offer developing nations opportunities for electrical capacity development and revenue generation.
Conclusions:
- Bitcoin mining's environmental impact varies and should be compared using metrics like carbon intensity per unit of production.
- The economic benefits of Bitcoin mining, especially for developing countries, warrant further consideration.
- A nuanced view is needed, moving beyond simple energy consumption figures to assess Bitcoin mining's true value and impact.
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