AI Insight
This article examines the transition of metal-organic frameworks (MOFs) from laboratory research toward real-world sustainable applications, addressing the gap between synthesis at small scale and scalable, environmentally responsible production. The authors assess current challenges in MOF development, including the use of toxic solvents, energy-intensive synthesis routes, and the sourcing of metal nodes and organic linkers, while proposing design principles oriented toward greener manufacturing. The work highlights frameworks for evaluating the environmental footprint of MOFs across their full lifecycle, from precursor selection to end-of-life disposal or recyclability.
Why it matters
MOFs hold significant potential for applications in gas storage, carbon capture, water harvesting, and drug delivery, meaning that establishing sustainable production pathways could accelerate their adoption in climate and health-related technologies. Bridging the lab-to-practice gap is critical for ensuring that the environmental benefits MOFs offer in use are not outweighed by the costs of their manufacture.
Source: Towards sustainable metal–organic frameworks from lab to practice