At the end of 2019, the Green Deal was presented, the plan with the ambition of making Europe the first climate-neutral continent by 2050. Shortly afterwards, the world was hit by COVID-19, which led to a crisis in many sectors and also had a clear impact on the energy system. EnergyVille wrote a paper on the impact of the corona crisis on the energy system, points for research and regulation and lessons for the future, and VITO then organised a roundtable discussion with some thought leaders.
In early 2020, the world was hit by the COVID-19 virus, causing a crisis in many sectors and also having a clear impact on the energy system. In this article, we take a closer look at the short-term and long-term impact of the coronavirus on the energy system, and highlight some research and regulatory issues.
At ten locations spread all across Flanders, the basic building blocks for the energy system of tomorrow are emerging. One of these is Thor Park in Genk, a local energy community where VITO/EnergyVille is already experimenting with an innovative energy environment itself. In the ROLECS project, the roll-out of these ‘LECs’ (Local Energy Communities) is being thoroughly examined and tested.
The case of ammonia production in the Antwerp-Rotterdam-Rhine-Ruhr-Area
Despite COVID-19, the European partners are progressing with the design of their two chemo-enzymatic demo plants
Luca Scapino (30) has been working as a researcher for the Thermal Energy and Energy Markets group of VITO/EnergyVille in Genk since October 2019. Before, he had already finished his PhD research there. “Energy has always been the main theme throughout my education and career.” Fundamental research has always interested me, but I also want to stay close to economic and industrial reality. To me, VITO/EnergyVille is the perfect combination of academic work and business.”
When our country was struck by the corona pandemic in mid-March 2020 and VITO switched to home working en masse, this started a unique period for the VITO support service Environment, Safety & Quality. Jan Deckx experienced it all from the first line as a prevention adviser. ‘We're at the service of all the employees, so they can do their job in a safe and healthy manner.’
Does Lommel qualify for geothermal energy in order to use the natural heat of the earth for heating networks and green energy production? VITO is investigating this within the framework of the Interreg project "Roll-out of Deep Geothermal Energy in N-W Europe". The next step in the research is a so-called seismic campaign. The deep subsoil of Lommel and the surrounding area is mapped by using vibration trucks, starting off at the Balmatt site. Hence we get a better view of the geothermal heat potential in this region.
Twelve years have gone by, but now it is a fact. The unique laser device which, without the use of live animals, can measure whether a certain product will have a harmful effect on a human eye is included in the OECD (Organisation for Economic Cooperation and Development) guideline for eye irritation. The device was further developed by Flemish research centre VITO. Belgian company Exmore now markets it worldwide.
"If we really want to make the world sustainable and have an impact, industry and knowledge institutions must work together." With this statement, Professor Dr. Steven De Haes, dean of the Antwerp Management School (AMS) opened the online ceremony with which the new Chair in Management Education for Sustainability of the AMS and Breda University of Applied Sciences was officially launched. VITO is committed to supporting this chair, which is unique in the world, for the next three years.
ResourCity app combines fun and education and brings materials in Oud-Turnhout to life in a unique way.
After receiving a new kidney, transplant patients need to undergo painful biopsies for years to monitor their condition. Together with European partners, VITO searched for and found a set of biomarkers that are easily measurable in urine and that provide an accurate and rapid indication of rejection. It’s now a matter of putting the test into clinical practice as quickly as possible, including at Leuven University Hospital.
Biomonitoring research among 610 young people by the Centre for Environment and Health in 2017-2018 has delivered important messages for citizens and policy. The results confirm that it is good for our health to regularly visit a green environment and to ventilate and air the home properly.
Health, innovation and privacy often seem difficult to combine. Worse still: in the current system, they are often in conflict, although this is rather because of how that system handles data. VITO's Data Science Hub is helping to build a society and economy in which data-driven research and innovation are encouraged – alongside respect for citizens' privacy.
Sugar beet seed company SESVanderHave is breaking into remote sensing through a strategic collaboration with VITO. By monitoring its trial fields for crop breeding with drones and analysing the data obtained via the MapEO platform, the company's ‘phenotyping’ is now better and more efficient. For the multi-national, headquartered in Tienen, this will not only strengthen their position in a highly competitive market, but will also help to make European agriculture more sustainable.
"Invest in sustainability, not dead-end streets..."
Agnes Bosmans, directeur Human Resources en Algemene Diensten bij VITO, tekende dinsdag 18 februari de engagementsverklaring in Breda: "Alleen als je kennis doorgeeft, kan die leiden tot een duurzame samenleving ..."
Algae4IBD - Health from aquatic resources
Algae4IBD is an EU-funded research initiative. Over four years, we will study under- and unexplored algae and look for compounds with pain-relieving, anti-inflammatory, prebiotic, or antibiotic effects.
In our oceans, rivers and lakes lies a nearly untapped potential to improve our health.
Cyanobacteria, micro- and macroalgae produce an infinite number of molecules, many of which have properties beneficial to health. They can relieve pain, alleviate inflammation, or boost our microbiome. However, most algae remain unstudied, with their health potential unexploited.
Our goal
To develop functional food and medication against pain, inflammation and IBD.
Pain, inflammation, and an imbalanced gut-microbiome are all characteristics of IBD. The combined power of algae can help improve the well-being of IBD patients.
IBD is a complex disease whose incidence is steadily increasing. Patients require tailored therapies which are often expensive. Yet, not everyone responds to the available treatments, leaving some with only one option: surgical removal of parts of their bowel. Therefore, a great need for new medication exists.
Our focus is on providing orally available and cost-effective solutions for IBD patients – kids and adults – using algal compounds.
VITO's role
At Algae4IBD, VITO optimises extraction processes to obtain high amounts of active compounds. We also test the techno-functional properties of the identified compounds and mimick the oral, gastric and intestinal digestion of the active compounds.
- bioactivity guided fractionation of diverse algae biomass types (comprising microalgae and macroalgae) using different technologies
- digestibility assays
Project partners
- Migal Galilee Research Institute Ltd (lead)
- YEMOJA LTD
- Nord Universitet
- Algarve Centre for Marine Sciences – CCMAR
- ALGAIA
- TEAGASC
- UNIVERSITA NAPOLI
- Solaris Biotech Solutions
- Biological Research Centre Szeged – BRC
- VITO
- Centre Algatech
- European Science Communication Institute – ESCI
- ELOOP
- Humanitas University
- Necton
- ENCO SRL
- Gopsis, Lda
- Slovenska Uni
- SEA4US
- SYNOVO GmbH
- CZ-OPENSCREEN (Institute of Molecular Genetics)
With some domestic companies switching to mass production of face masks, there is suddenly a great need for thorough and accredited quality control. That is why VITO is rapidly expanding its existing test infrastructure for the control of FFP face masks.
There is a rush on CO2 meters, now it is clear that good ventilation of the classroom can help in the fight against covid-19.
Globally, olivine-type lithium iron phosphate (LiFePO4, LFP) batteries have gained a considerable share within the lithium ion battery market (23-36% in 2015-2016). However, no dedicated, economically-viable, industrial-scale recycling process exists for LFP-type lithium-ion batteries in Europe or elsewhere. ACROBAT wants to change that.