Justin Lian
Gast onderzoeker
- Naam
- Dr. Z. Lian Ph.D.
- Telefoon
- 071 5272727
- z.lian@cml.leidenuniv.nl
- ORCID iD
- 0009-0005-0254-4516
Zie voor meer informatie de Engelse versie.
Gast onderzoeker
- Faculteit der Wiskunde en Natuurwetenschappen
- CML
- Industriële Ecologie
Contact
- Lian Z., Borrion A., Fisher R.P., Yaman R., Linden K.G., Campos L.C. & Cucurachi S. (2025), A comparative life cycle analysis of Sol-Char and anaerobic digestion sanitation systems, Science of the Total Environment 964: 178622.
- Tjokro K.J., Barbrossa V., Cucurachi S., Rwei A. & Lian Z. (2025), Assessing the environmental impacts of microfluidic devices for glucose detection, ACS Sustainable Chemistry and Engineering 13(25): 9500-9509.
- Chen Z., Lian J.Z., Huang H., Zhu H., Kanye L.T., Chen M., Zhang Z., Liu B., Zhang J., Ahmed A., Barbarossa V., Cucurachi S. & Dong B. (2025), Divergent sustainability profiles of molnupiravir synthesis routes are governed by solvent use and process design, Proceedings of the National Academy of Sciences 122(38): 1-12 (e2502336122).
- Lian Z., Sai N., Campos L., Fisher R.P., Linden K.G. & Cucurachi S. (2024), Exploring the implementation feasibility of the sol-char sanitation system using machine learning and life cycle assessment, Resources, Conservation and Recycling 209: 107784.
- Chen Z., Lian Z., Zhu H., Zhang J., Zhang Y., Xiang X., Huang D., Tjokro K.J., Barbarossa V., Cucurachi S. & Dong B. (2024), Application of life cycle assessment in the pharmaceutical industry: a critical review, Journal of Cleaner Production 459: 142550.
- Lian Z., Siebler F., Steubing B.R.P., Jesorka A., Barbarossa V., Wang R., Leo K., Sen I. & Cucurachi S (2024), Quantifying the present and future environmental sustainability of cleanrooms, Cell Reports Sustainability 1(9): 100219.
- Lian Z., Dimitrova Y., Fasano M., Sen I. & Cucurachi S. (2024), Valorization of large-scale supply of carbonated water: a review, Journal of CO2 Utilization 85: 102884.
- Lian J.Z., Balapa V., Goetheer E. & Cucurachi S (2024), Production of carbon nanotubes from captured carbon: An ex-ante life cycle assessment case study, Chemical Engineering Journal 502: 158007.