RESEARCH & EDUCATION
ENGAGING WITH OUR SOCIETY

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2018: UNLEASH, Supporting Sustainability

UNLEASH aims to build networks around the United Nations Sustainable Development Goals or SDG’s. These are a universal set of goals, targets and indicators that UN member states will be expected to use to frame their agendas and company policies over the next 15 years.

For this year’s event from May 30 to June 6 in Singapore, UNLEASH again handpicked 1,000 talents from more than 100 countries, who worked on challenges related to the SDGs, in eight different themes: Zero Hunger, Health, Education, Water & Sanitation, Energy, Sustainable Cities, Responsible Supply Chain & Consumption, and Climate Action.

Supported by the Ramboll Foundation, Ramboll sent a total of 9 talents to Singapore. On the team was Samy Porteron, a young management consultant from Brussels who was selected for his passion about liveable and sustainable cities.

”At Ramboll, I have worked with the C40 Climate Leadership Group on providing a framework to identifying the multiple benefits of urban climate action. Now going to UNLEASH, I really hope that we can find actionable solutions to support urban citizens and policy-makers in turning their cities more livable,” says Samy.

Last year, 1,000 talents from 115 countries were gathered in Denmark from the 13 – 21 August to attend the first ever UNLEASH Innovation Lab 2017. Senior consultant and sustainability specialist Gitte Gylling Hammershøj Olesen along with architect Agustín Granados and socio-economist Jacob. S Andersen from Ramboll were all chosen as talents participating in UNLEASH Innovation Lab 2017. Ramboll engineer Gitte Gylling was on the winning team in the category ‘Urban Sustainability’.

UNLEASH is a non-profit sponsored by foundations and leading organisations within their fields including Hempel Foundation, Novo Nordisk Foundation, PSA International, Rambøll Foundation among others.

2017: Better Design and Maintenance of Wind Turbines

Improving the design and maintenance of offshore wind farms is the central topic of a PhD project being conducted in Denmark.

It aims to help engineers quantify uncertainties in the wind energy sector and will allow offshore wind farm operators to optimise their maintenance activities based on the assessed condition of the structures. It will also shed light on known project risks in the wind energy industry such as hazardous resonance between wind turbine and support structures in operation.

Presently there is a gap between design ambitions and performance of wind turbines in reality. Many of the world’s first generation of wind farms are reaching the end of their expected lifetimes and risk becoming outdated or less efficient. Therefore, many operators are considering repowering, and this project aims to be a vital stepping stone in developing a market in lifetime extension, and repowering.

These structural health monitoring techniques, which build upon existing knowledge and methods from Ramboll Oil & Gas developed during the last 17 years, are also well-suited for oil and gas platform that are adapted to offshore wind purposes.

2017: Urban Climate Action Impacts Framework

As climate change continues to affect cities throughout the world, measuring its impact in a methodical and credible way is crucial. With support from the Foundation, Ramboll and the C40 Cities Climate Leadership Group is developing a framework for describing and measuring the wider impacts of urban climate action.
The C40 connects more than 90 of the world’s greatest cities, representing over 650 million people and one quarter of the global economy.

With cities at the forefront of experiencing climate impacts, there is a widespread need for municipal agencies to understand and mitigate the climate risks to urban citizens, economies, infrastructure, services and environments.

However, monitoring, evaluation and learning (MEL) for adaptation action remains a significant challenge for municipalities, and this project provides the opportunity to promote Ramboll’s expertise in this area and assist cities with the challenge of climate change adaptation.

The impacts framework is wide-reaching, recognising the fact that any solution to combat climate change goes hand in hand with prosperity, health and inequality. The approach, if adopted widely, will allow the findings of different research efforts to be compared and combined to tell a collective story so cities can be better informed to make evidence-based decisions.

Read the C40 report here.

2016: Industrial PhD on Aerodynamic Stability of Long Span Bridges
In 2014, Randi Nøhr Møller started working in the Analysis Group in the International Bridge Department at Ramboll. She became involved in a project concerning a major long span suspension bridge and the challenges related to calculating the instability limit of these bridges.

The instability limit is the wind speed for the onset of flutter, which are the fatal vibrations of bridge deck structures that occur as a result of wind-structure interaction. As the flutter limit is a governing design parameter for long span bridges, developing an improved calculation method could be of vital importance.

In May 2016, Randi was granted funding to undertake an Industrial PhD on this subject. The project is in collaboration with the Technical University of Denmark (under supervision of Professor Steen Krenk) and Ramboll (under supervision of Martin Nymann Svendsen). The aim of the project is to provide an improved method for calculation of the aerodynamic stability limit which includes advanced structural response effects and a consistent representation of the wind load.

THE RAMBOLL FOUNDATION'S DONATION POLICY IS BASED ON THE CHARTER:

Within research and education, the Foundation in particular focus on the technical and natural science areas as well as sociologically orientated research given Ramboll’s brand as sustainable society consultants and focus on the interface between technological progress on societies.

Read the Donation Policy >

Read the Foundation Charter >

RAMBOLL TALENTS AT UNLEASH 2018
BETTER DESIGN AND MAINTENANCE OF WIND TURBINES
WATCH VIDEO ABOUT AERODYNAMIC STABILITY OF LONG SPAN BRIDGES
WHAT IS AN INDUSTRIAL PHD?
  • A three-year industrially focused research project and PhD education which is carried out in a collaboration between a company, an Industrial PhD candidate and a university