Introduction
Rambøll is a leading engineering, architecture, and consultancy company with a strong commitment to sustainability and social responsibility. With roots in Denmark, Rambøll's innovative approaches to sustainability and community engagement set them apart as leaders in creating a better future.
Sustainable Solutions in Copenhagen
Transforming Public Benches
In Copenhagen, Rambøll addressed the issue of deteriorating public benches. The existing benches, made from plastic-covered wood, were rotting and wasted space with their back-to-back seating design.
Problem:
- Broken, plastic-covered wood rotting.
- Inefficient use of space with back-to-back seating.
Solution:
- Implementing a crack in the top corner to transfer all load to the cast iron.
- Remaking benches using the original design for sustainability.
- Utilizing Danish oak and cast iron with magnesium for added strength.
- Engaging inmates in the production process, providing them with valuable skills.
Impact:
- Sustainable design utilizing durable materials.
- Community engagement by providing upskilling opportunities for inmates.
- Creation of gathering places in public spaces, fostering community interaction.
Circular Economy and Sustainable Design
The Lamp Initiative
Originally electrified in 1921, the lamp project aims to bring back historical lighting with modern sustainability.
Approach:
- Combining metal and 3D printed portions to modernize design.
- Exploring energy tax and carbon markets for funding, targeting major emitters to transition.
Rambøll Foundation: A Commitment to Society
The Rambøll Foundation embodies the company's humanitarian spirit and commitment to societal well-being.
Structure and Governance:
- Foundation owns 97% of the company, with employees owning 3%.
- Governed by an advisory forum and a board of directors, ensuring independence and long-term vision.
- Donations support research, education, and humanitarian activities.
Impact:
- Financial support for current and former employees in distress.
- Significant contributions to research and innovation, such as the Flemming Blizzard Awards for waste electrolysis.
Rambøll's Global Strategy
Decarbonization and Resilient Societies
Rambøll is dedicated to short-term decarbonization and creating resilient, livable societies.
Goals:
- Achieve decarbonization within the next decade.
- Support green transition and energy production without fossil fuels.
- Focus on biodiversity and the impact of construction on ecosystems.
Actions:
- Collaborating with heavy polluting industries to reduce emissions.
- Leading in energy supply chain management and circular economy practices.
Industrial PhD in Circular Economy
Rambøll supports the acceleration of circular business models through academia-industry collaboration.
Research Focus:
- Exploring drivers and barriers to circular economy adoption in the built environment.
- Developing open-source system dynamics modeling tools.
Collaboration:
- Partnerships with academia and industry to promote circular economy practices.
- Emphasis on knowledge sharing and public-private partnerships.
Cycling in Copenhagen: A Model for Sustainable Mobility
Rambøll advocates for prioritizing cycling to reduce car usage and enhance city livability.
Initiatives:
- Reprioritizing cycling infrastructure to promote a more human-centric city.
- Political will to change infrastructure and reduce car dominance.
- Promoting exercise and reducing pollution through sustainable mobility solutions.
Quote: "Knowledge is one of the key things that can actually save the world, part of making sustainable change." - Rambøll COO
Conclusion
Rambøll's commitment to sustainability, community engagement, and innovative design sets a benchmark for other companies. By focusing on long-term prosperity, they are leading the way towards a more sustainable and equitable future.
Bibliography
- Rambøll Official Website
- Interviews with Rambøll Executives
- Research Papers on Circular Economy and Sustainability Practices
- Project Drawdown and Green New Deal Reports
- COP26 Private Sector Mobilization Documents