Welcome to the world of astronomy, where groundbreaking discoveries are made and the mysteries of the universe are unraveled. In this article, we will explore the ambitious plan of NOIRLab, a leading U.S. facility operating ground-based observatories, to significantly reduce carbon emissions associated with its operations. Through infrastructure changes and a commitment to clean energy, NOIRLab aims to pave the way for a more sustainable future in the field of astronomy.
NOIRLab's Commitment to Clean Energy
Discover how NOIRLab is taking a crucial step towards reducing its carbon footprint through a commitment to clean energy.
As a leading U.S. facility operating ground-based observatories, NOIRLab recognizes the importance of reducing carbon emissions in the field of astronomy. To achieve this, the organization has set an ambitious goal to reduce its carbon emissions by 50% by 2027.
One of the key strategies employed by NOIRLab is a commitment to clean energy. By transitioning the Gemini South Telescope, part of the International Gemini Observatory managed by NOIRLab, to rely solely on renewable energy by 2027, the organization aims to set an example for other observatories to follow.
With the support of the National Science Foundation (NSF), NOIRLab will install solar panels and batteries at the Gemini South Telescope in Chile. This infrastructure change will not only reduce carbon emissions but also pave the way for a more sustainable future in the field of astronomy.
Reducing Carbon Emissions through Infrastructure Changes
Explore how NOIRLab plans to reduce its carbon emissions through infrastructure changes across its facilities.
NOIRLab understands that infrastructure plays a crucial role in reducing carbon emissions. To achieve its carbon reduction goals, the organization is upgrading its Arizona headquarters with new heating, ventilation, and air conditioning systems that are more energy-efficient.
In addition, NOIRLab plans to transition from gasoline- and diesel-powered vehicles to electric ones across all its facilities. By introducing eight electric vehicles in the near future, the organization aims to further reduce its carbon footprint.
Furthermore, NOIRLab aims to cover 60% of the electricity required to operate the upcoming Vera C. Rubin Observatory, set to debut in 2025, through future infrastructure changes. These changes will contribute significantly to the organization's overall carbon reduction efforts.
Addressing Air Travel and Carbon Emissions
Learn how NOIRLab plans to reduce carbon emissions associated with staff air travel.
Air travel is a significant contributor to carbon emissions, and NOIRLab acknowledges this impact. The organization has set a goal to reduce staff air travel by half, recognizing the need to find alternative ways to conduct meetings and collaborations.
Any funding saved from this reduction in air travel will be redirected towards installing energy-efficient equipment and solar panels throughout NOIRLab's facilities. This demonstrates the organization's commitment to investing in sustainable practices and further reducing its carbon footprint.
By addressing air travel and finding innovative solutions, NOIRLab aims to make a substantial impact on reducing carbon emissions within the field of astronomy.