“I want to make a difference and help
people. At ATLAS University College Twente, I am
learning to design solutions that make the
world a better place.”
Vivianne Dirven
ATLAS-student
ios-mobile,http://www.newengineer.nl/design/img/story_001/afb-2.640.jpf ios,http://www.newengineer.nl/design/img/story_001/afb-2.1024.jpf oldandroid,http://www.newengineer.nl/design/img/story_001/afb-2.png *,http://www.newengineer.nl/design/img/story_001/afb-2.base.jpg,http://www.newengineer.nl/design/img/story_001/afb-2.mask.jpg

Vivianne planned to study Artificial Intelligence. Then a trip to Bali completely changed her plans.

“I was in Bali to study and experience life abroad. I lived there for six months, and I was shocked by the standard of living and environmental problems.

People burn vast amounts of trash in their yards, or they simply dump it in the ocean. Everything from plastic bottles to furniture are treated the same. Tourists avoid many beaches because of pollution, and many people live surrounded by garbage.”

Inspired to make a difference

"It was clear to me that I really want
to make a difference in people's lives,
and help solve this kind of problem."
"It was clear to me that I really want to make a
difference in people's lives, and help solve this kind
of problem."

Struck by the challenge small, local communities have coping with major ecological problems, Vivianne made a decision.

Back in the Netherlands Vivianne searched for a study program that would prepare her to solve real-world, global challenges.

"ATLAS University College Twente seemed perfect for me. I was drawn to the project-based approach of ATLAS. Each semester, I work on teams to solve real problems for real people."

ios-mobile,http://www.newengineer.nl/design/img/story_001/afb-3.640.jpf ios,http://www.newengineer.nl/design/img/story_001/afb-3.1024.jpf oldandroid,http://www.newengineer.nl/design/img/story_001/afb-3.png *,http://www.newengineer.nl/design/img/story_001/afb-3.base.jpg,http://www.newengineer.nl/design/img/story_001/afb-3.mask.jpg

Inspired to address
real-world problems

During the second semester, ATLAS students helped Hengelo, a local municipality, find and analyse new opportunities for investment in renewable energy.

"The local city is very ambitious in its renewable energy policy. For example, it is rolling out a system that uses residual heat from industry and geothermal to heat houses and buildings."

The municipality and its partners requested a wider view on the development of their energy system, comprising the opportunities of emerging technologies and the inclusion of sustainable, self-relying electricity production.

"It was a great challenge for the team."

Inspired to learn real-world skills

During the project, each ATLAS student focused on a form of renewable energy: wind, solar or biomass.

"As I have an interest in chemistry, I investigated biomass."

Vivianne's team interviewed people from local municipality and met with researchers at the University of Twente.

"Engineers helped us to get insight into Emerging Technologies. It's great for the local city, which is now able to not only work with the state of the art, but also to plan for the next generation of technology."

The project provided Hengelo with a roadmap for their energy system to 2040.

ios-mobile,http://www.newengineer.nl/design/img/story_001/afb-4.640.jpg *,http://www.newengineer.nl/design/img/story_001/afb-4.jpg

Inspired to apply knowledge
in a project setting

In the end Vivianne's team chose to provide the inhabitants of city with energy from a mix of biomass, solar and wind, and recycled waste heat.

"It is very interesting to learn that just one small adjustment in our solution had major implications on other aspects of our solution."

Looking back at the project Vivianne is enthusiastic about project based education.

"It's great to apply the knowledge I am learning. This project gave me the opportunity to focus on finding solutions for a real problem on behalf of a real client.”

Full support

During the project it is essential to get enough stimulating guidance from the academic staff. Vivianne was happy about the support her team got during the project.

"We were assigned two tutors, with whom we discussed our progress on a weekly basis. We learned a lot about a successful cooperation in a team, as well as our individual capabilities."

sugar
crops
wood
chips
Construction is started on a biomass plant. The process of fermentation can convert biomass into ethanol. Ethanol is converted into energy using steam turbines.
Sugar crops are the best source of biomass for the fermentation process. Farmers will need to start planting crops now in order to supply the biomass plant in time.
The fermentation plant is finished and starts converting biomass to gas and ethanol
Sugar crop production is ramped up to match the demand for biomass.
The city can’t meet it’s energy requirements through biomass conversion alone. The city starts constructing wind turbines.
Wind turbines start supplementing the city’s energy production.
The energy of the sun is also harnessed to the city’s benefit.
The biomass plant is being extended. When finished, the plant will be able to produce oil through the pyrolysis of wood.
Arrangements are made to ensure a steady supply of woody biomass.
The biomass plant extension starts producing oil. The oil is used to stoke the city’s boilers.
Wind and solar power is variable in yield. The city uses a smart grid to efficiently regulate power usage.
Over the years, various energy conservation methods are applied to close the gap between the city’s energy production and it’s demands.
The city uses a combination of biomass, solar and wind generated power to sustainably meet it’s energy needs.
2014
2040

Inspired to create
real-world solutions

At the end of the project, ATLAS synthesized the findings from all the teams and
presented them to the local municipality.

In their report ATLAS students propose to implement a biomass based energy system for the local municipality, which aims to be 100% sustainable in 2040. A minimum of 50% of the total energy usage is to be produced with biomass and the remainder with other renewables.

"Technology and Liberal Arts & Sciences (ATLAS) is all about solving real-world problems, taking into account both technical and social aspects to create truly sustainable solutions."

Technical aspect
to the solution

The proposed system uses pyrolysis to convert woody biomass into pyrolysis oil, which in turn is used to supply heat and to transport fuels. Fermentation of sugar-rich biomass, anaerobic digestion of waste as well industrial waste heat, play a minor role as well. Electricity is generated by PV- cells and wind turbines. These are connected to a smart grid. To compensate for peak load, the turbines that produce heat also coproduce electricity.

Social aspect
to the solution

In the report the local municipality is advised to involve the inhabitants in the decision making process, as this has a positive impact on community acceptance. Schools, internet and a dedicated information center play a major role in the proposed communication strategy.

Solve tomorrow's challenges

ios-mobile,http://www.newengineer.nl/design/img/story_001/afb-5.640.jpf ios,http://www.newengineer.nl/design/img/story_001/afb-5.1024.jpf oldandroid,http://www.newengineer.nl/design/img/story_001/afb-5.png *,http://www.newengineer.nl/design/img/story_001/afb-5.base.jpg,http://www.newengineer.nl/design/img/story_001/afb-5.mask.jpg