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Sustainable
Circular and industrial construction
Circular and industrial construction
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Building materials
Safe efficient care building
Bio-based building materials
Safety of buildings
Asset lifecycle information management
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Circular plastics
Circular plastics
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From plastic waste to circular plastics
Recycling plastics through dissolution
Polymer solutions
Circular solutions for plastic packaging
Circular scenario models
Thermal cracking for plastics
Microplastics and the unknown risks
Improve quality of plastic waste with Upwash
Biopolymer design by machine learning
R&D HUB waste processing
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Circular value creation
Circular value creation
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Towards a circular economy with circular value creation
Circular construction and infrastructure
Support policy-making circular economy governments
Critical raw materials: will their scarcity impede the energy transition goals?
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Climate and air quality
Climate and air quality
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Climate change and air pollution
Greenhouse gas monitoring and verification
What is nitrogen and can we control it?
Particulate matter approach for greater health gains
Measuring air quality for a healthy environment
Real-time noise pollution measurement
Which sources contribute the most?
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CO2-neutral industry
CO2-neutral industry
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CO2 reduction requires improvement of industrial processes
Biobased fuels and chemicals
Clean hydrogen production
Energy infrastructure for industry
Industrial carbon capture
Sustainable industrial heat system
Industrial transformation
SLICE: valorisation of lignin to bio-based chemicals and fuels
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Energy in the built environment
Energy in the built environment
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Monitoring installations, components, and energy
Accelerating towards a climate-neutral built environment
Energy storage
Greenhouse horticulture
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Environment and sustainability
Environment and sustainability
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Environment and sustainability: together towards a circular economy
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Infrastructure
Infrastructure
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Concrete structures
Wet infrastructure
Road structures
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Maritime and offshore
Maritime and offshore
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Offshore renewable energy production
Ship materials and structures
The transition to sustainable shipping
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Mobility and logistics
Mobility and logistics
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Hydrogen combustion engines
Vehicle energy management
Sustainable logistics
Fuel cell
Practical emission measurements
Batteries
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Renewable electricity
Renewable electricity
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Solar energy
Wind energy
Cheaper and more effective electricity from solar and wind
14 things you should know about solar energy
Sustainable solar on land and water
Integrated solar and safety
Solar modules and mass customization
Advanced solar technologies
Offshore wind farms
System integration wind
New technology wind
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Space
Space
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Earth observation: monitoring our planet
Pioneering space innovation
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Sustainable chemical industry
Sustainable chemical industry
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Together towards a sustainable chemical industry
Biorizon develops bio-aromatics
Brightlands Materials Center for new sustainable materials
Energy storage and conversion
VoltaChem for electrification in the chemical industry
Brightsite brings climate proof chemistry within reach
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Sustainable subsurface
Sustainable subsurface
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Geological Survey of the Netherlands: sustainable use of the subsurface
Geo-energy research
Subsidence in The Netherlands
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System transition
System transition
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System transition energy
Energy transition pathways
Transition processes in districts
Future-proof energy markets
Social innovation
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Healthy
Efficient drug development
Efficient drug development
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Preclinical ADME
Data driven drug discovery
Advanced microtracer studies
Translational preclinical efficacy models
In-vitro platforms
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Health and lifestyle
Health and lifestyle
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Gut health
Food allergy risk assessment
Personalised lifestyle and resilience
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Digital health
Digital health
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Patient centric measurements and trials
Health data management and modelling
Health applications
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Youth health
Youth health
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First 1000 days
Resilient youth and parents
I-JGZ
Transformation, professionalisation and implementation
Personalised prevention and health
Youth: growing up healthy, safe, and with ample opportunities
Early metabolic health
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Work health
Work health
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Inclusive work
Smart work
Labour market innovation
Work changes and wellbeing
Occupational exposome
Occupational safety innovation
Safe chemical innovation
Monitor and foresight
Healthy, safe and productive working
Skills
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Medical devices
Medical devices
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TOMCA: tissue-optical analysis of wearable medical sensors
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Flexible and free-form products
Flexible and free-form products
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Our expertise in flexible and free-form products
3D printing for flexible production of personalised medicine
The future of 3D-printed food made possible
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Safe
Autonomous abilities
Decisive decision making
Decisive decision making
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Adaptive learning architectures
Desdemona: The ultimate motion simulator
Effective, efficient and flexible armed forces
CARPET: computer-aided radar performance evaluation tool
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Integrated air and missile defence
Integrated air and missile defence
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Accurate geo-location with nanosatellites
PERSEUS wind turbine radar interference assessment tool
Military use of space
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Integrated combat capabilities
Integrated combat capabilities
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Ammunition safety
Weapon systems
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Maritime defence and security
Maritime defence and security
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Environmental effects of sonar
Low frequency active sonar
Ocean resilience and transparency
Signature management
Surface warfare
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Social resilience
Social resilience
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Cyber and electronic warfare
Cyber risks and chain effects
Cyber security
Infrastructure protection and survivability
Intelligence
Law and investigation
Migration
National cyber resilience
National security in the Netherlands: 5 themes in focus
Safe data sharing
Smart security and surveillance
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Surviving on the battlefield of the future
Surviving on the battlefield of the future
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BC-Protection
Countering explosive threats
Naval ship vulnerability and protection
Personal protection
Process safety and dangerous goods
Processing of propellants, explosives and pyrotechnics
Protection materials
Vehicle vulnerability and protection
Go to Surviving on the battlefield of the future
Go to Safe
Digital
Semicon and quantum
Semicon and quantum
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Metrology
Quantum technologies
Contamination control for semiconductor equipment
Microfluidics for high performance thermal management
MEKOPP: Metrology Equipment for critical scale up of PIC Production
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Liveable cities and regions
Liveable cities and regions
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Societal impact for accessibility and liveability
How do we steer automated driving in the right direction?
Smarter travel with Mobility as a Service
The healthy city: accessible, safe and vital
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Smart manufacturing
Smart manufacturing
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Scale up: manufacturing throughput and quality
Productivity: manufacturing variability
Strategic autonomy: digitalization & value chain integration
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Digital innovations
Digital innovations
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Data sharing
Embedded Systems Innovation
Digital infrastructures
Trusted ICT
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Smart traffic and transport
Smart traffic and transport
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Automated logistics
Automated vehicle technology for public roads
Automated vehicle technology for yards
Safety assessment of automated driving
Safe AV-human interaction
Self-organising logistics
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Artificial intelligence
Artificial intelligence
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Artificial intelligence: from research to application
Responsible human machine interaction
Safe autonomous systems in an open world
Future-proof AI systems
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Future electronics
Future electronics
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Hybrid printed electronics
Thin-film electronics
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Space
Space
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Laser satellite communication
Ground-based astronomy
Space-based astronomy
Instrument realisation and verification
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Go to Digital
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Working at TNO
Working at TNO
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Professionals
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Graduates
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Get to know TNO
Get to know TNO
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Wouter Vaes
Wouter Vaes
Functie:
Microdosing and microtracer studies
Standplaats:
Leiden - Sylviusweg
Email:
Email Wouter
Leiden - Sylviusweg
Sylviusweg 71
2333 BE Leiden
The Netherlands
TNO - Locatie Leiden - Sylviusweg
