Brightsite brings climate proof chemistry within reach
In cooperation with
Brightlands Chemelot Campus, Sitech Services, Maastricht University
To become the centre for climate proof chemistry in the Netherlands, that is the ambition of the partnership with Brightsite knowledge center. Brightsite is working on issues such as replacing fossil fuels and raw materials with renewable electricity, recycling waste plastics and training a new generation of researchers and employees.
A climate-neutral and circular economy
In order to limit greenhouse gas emissions and slow down global warming, the Dutch government has set climate targets. By 2030, CO2 emissions in industry must be reduced by at least 59 percent compared to 1990. In 2050 this figure will even be 95 percent.
Brightlands Chemelot Campus, Sitech Services, Maastricht University and TNO decided to join forces in the Brightsite partnership in order to actually make the transition to a climate-neutral, circular economy at the Chemelot site in Geleen and at the same time serve as an example for the Netherlands and beyond.
Activities at Chemelot offer a great foundation
The transition from the use of fossil fuels and raw materials to renewable energy and materials, which is necessary to achieve the climate targets, requires a major investment from the industry. But if this necessary transition can be harnessed by translating it into a pioneering role in innovation, it can also lead to innovation and growth in business and attract talent.
The large-scale business happening on the Chemelot industrial site and the activities of Brightlands Chemelot Campus that are growing there, offer a tremendous foundation on which to push forward. It makes Chemelot a unique site in Europe, a place where support for new initiatives for the development, demonstration and upscaling of innovative processes and experience with existing high-volume production come together.
Six programmes bring together sustainability and an integrated approach
Brightsite will make the necessary innovations possible by developing and applying new technology. Safety aspects, social acceptance and legal and commercial feasibility will also be taken into account from the outset. The partners will do this jointly in six programmes, where sustainability and an integrated approach come together.
- Electrification: the program focus lies on the production of building blocks for chemistry, such as hydrogen and ethylene, through the use of sustainable electricity.
- Recycling: this program is oriented at reusing plastics and other waste materials as source of carbon and hydrogen.
- Process innovation: this programme focuses on reducing emissions with improved and new processes.
- Safety and Acceptance: this programme aims to ensure safe and socially accepted innovation.
- System Integration here the partner are working towards model based scenarios to ensure a safe, sustainable and economically viable transition for Chemelot, in order to be able to meet the climate objectives in time.
- Human Capital: this programme concerns the training of the new generation of researchers and employees for the investigation, development and application of sustainable circular technology.
Achieving the climate targets creates new technologies, markets and jobs
The Brightsite partners are convinced that the climate targets of 2030 and 2050 can be achieved on the basis of available and newly developed techniques, and that this creates opportunities for new business. Moreover, this development offers opportunities for a new generation of researchers, developers and operators who will put the innovation into practice.
Eugene VeerkampFunctie:Business developer
Eugène can rely on an impressive career in international business as a chemical & materials engineer that spans 25 years. He understands that the commercial and financial aspects are essential for new sustainable solutions to become successful. Cooperating closely with the industry and launching new innovation onto the market are two key drivers in Eugène’s daily work, along with sharing his own business development experience within an enthusiastic team of specialists.
Hans van der PolFunctie:Business developer
Hans completed his formal education and earned his PhD in Physical Organic Chemistry at Utrecht University, and went on to study economics (Open University) and business (Nyenrode Business University). He has a wealth of experience with various international and start-up companies, such as Akzo Nobel, Eastman Chemical Company, Purac, Corbion and Vibers. This background gives Hans an exceptionally broad view of the biobased chemicals, industrial biotechnology and (bio)plastics industries. Examples are product development, application and market development, as well as strategic business development. In addition, he has fulfilled roles in R&D, product and account management, strategic marketing, innovation management, and in venture development and strategy.
Martijn de GraaffFunctie:Clustermanager
Martijn is in charge of programme management and business development for the VoltaChem Shared Innovation Programme on Power-2-X, and for cluster management at TNO’s programme on industrial transformation. “Transformation of our society, and more specifically the industry, towards CO2 neutrality will take a tremendous collaborative effort of public and private stakeholders, nationally and internationally. It is my aim to connect people across disciplines and organisations, employing the latest innovation, technology and business insights, in order to help them accelerate towards a carbon-neutral society.”
Nadine WennersbuschFunctie:Senior Project Manager
"Wanting to know how the world works and then improve it". Nadine Wennersbusch is senior project manager in the Sustainable Process & Energy Systems department. With her analytical eye she likes to contribute to everything that concerns the project execution. So project management suits her down to the ground.
Pascal BuskensFunctie:Program manager
Pascal specializes in designing, manufacturing, characterizing and validating optical materials, coatings and films that interact in distinct ways with sunlight. The materials are mainly used in the photochemical and photoelectrochemical production of chemicals and fuels, as well as for regulating sunlight transmission through windows and for improving the efficiency and aesthetics of integrated solar panels in buildings.
Paul is passionate about technology development that facilitates the creation of new value chains in the pursuit of a sustainable industry, and thereby a sustainable society. One of Paul’s main responsibilities as programme manager is setting out the research and business strategy of the industrial sugar-based pathways towards furanic and bio-aromatics building blocks (Sugar Horizon) within Shared Research Centre Biorizon. Paul has an extensive background in bioprocess engineering and obtained his PhD degree at Wageningen University, the Netherlands, on the topic of thermo- and biochemical conversion of residual biomass into bulk chemicals.
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