materiaalkansen

Materiaalkansen is a Dutch term used to describe the opportunities and potential benefits arising from advances in materials science and engineering. The concept emphasizes developing new materials and improving existing ones to enable faster, more efficient, or more sustainable technologies and products.

Its scope includes discovery and design of materials, scalable synthesis, characterization, and integration into devices and systems. Key domains encompass energy storage and conversion (batteries, fuel cells), electronics and photonics, structural materials for transport and construction, catalysis, and biomaterials. In addition, materiaalkansen covers circular economy considerations such as recyclability, lifetime extension, and reduced environmental impact.

Enabling approaches include materials informatics, high-throughput experimentation, computational design, additive manufacturing, surface and interface engineering, and advanced characterization. Data infrastructure and open science practices are often highlighted as essential to accelerating progress.

Policy and research landscapes view materiaalkansen as a strategic objective to strengthen competitiveness and societal well-being. In the Netherlands and the European Union, strategies and funding programs seek to maximize material opportunities through public-private partnerships, interdisciplinary collaboration, and education.

Challenges and considerations involve ensuring sustainable and ethical development, lifecycle assessment, supply chain resilience for critical materials, environmental and social impacts, and responsible data sharing. The concept remains a tool for prioritizing research directions, informing investment, and aligning scientific advances with industry needs and public interests.

See also: material science, sustainable materials, materials informatics.