Sustainable Process Engineering & Intelligence Design Lab
Sustainable Process Engineering & Intelligence Design Lab
Yonsei University · Chemical and Biomolecular Engineering
Professor
Prof. 김정환
Professor's page · publicationsAbout
김정환 교수 연구실(Sustainable Process Engineering & Intelligence Design Lab, SPEID)은 연세대 화공생명공학부 소속으로, AI·양자컴퓨팅을 활용한 산업 공정 설계와 공정 시스템 공학을 연구한다. 에너지 전환, 지속가능 공정 설계, 전지, 공정 안전 등을 다루며 폐기물-연료 전환·태양광 담수화 등의 연구를 수행한다.
Research keywords
Recent papers
- Domain-informed machine learning framework of blended-amine design for minimizing regeneration energy in carbon dioxide absorptionEngineering Applications of Artificial Intelligence · Sep 15
- Comparative techno-economic and land-use assessment of photocatalytic water splitting and PV–electrolysis systems for solar hydrogen productionEnergy Conversion and Management · Aug 5
- Optimal design of integrated power-to-hydrogen and methanol co-production system under renewable energy uncertaintyEnergy Conversion and Management · Aug 2
From OpenAlex · papers whose author affiliation matches this university
Selected publications
- Ion superhighway in hierarchical polymer-ceramic membrane for lithium extractionAdvanced Science · 2026
- Green and blue methanol: Biomass or DAC carbon combined with SMR and Allam-Fetvedt cycleChemical Engineering Journal · 2026
- Prospective sustainability assessment of water electrolyzer green hydrogen process systemsApplied Energy · 2026
- Integrated iron-chlorine electrochemical process for hydrogen sulfide removalEnergy Conversion and Management · 2026
- Autonomous Digital Twin Framework for Gas Turbine Combined Cycle Control LoopsEnergy and AI · 2026
- Metal-organic framework/graphene nanoribbon/polyimide mixed-matrix membranes for H2/N2 separationScience Advances · 2026
Labs doing related research
Labs that recently published on topics this lab's recent papers share
Dong-Yeun Koh
KAIST · Chemical and Biomolecular Engineering
Cycle-by-cycle optimization of direct air capture (DAC) operation under varying ambient air conditionsNewChemical Engineering Journal · Oct 1Shared topic: Carbon Dioxide Capture Technologies
Wangyun Won
Korea University · Chemical and Biological Engineering
Multi-objective optimization of low-carbon hydrogen production via electrolysis balancing economic viability and environmental sustainability across diverse energy scenariosInternational Journal of Hydrogen Energy · Sep 11Shared topic: Hybrid Renewable Energy Systems
Ki Bong Lee
Korea University · Chemical and Biological Engineering
Multi-objective techno-economic optimization of flue-gas dehumidification using triethylene glycol absorption with enhanced heat recoveryJournal of environmental chemical engineering · Oct 1Shared topic: Carbon Dioxide Capture Technologies
Other labs in this department
- Donghee Son LaboratoryRecruiting
Stretchable Bioelectronics, Self-healing Electronics, Neuroprosthesis
- Electrochemical Energy Storage LabRecruiting
Yoon Seok Jung
Electrochemistry, Energy storage, Solid-state batteries
- High-throughput Ab-initio Nanomaterials Simulations LabRecruiting
Byungchan Han
Machine Learning, First-principles computing
- Multi-Functional Materials Processing Lab
Joohoon Kang
Nanomaterials, (opto)electronics, neuromorphics
- Biomaterials Lab
Won-Gun Koh
Biomaterials & Tissue engineering, Biosensor
- Hybrid Nanomaterial Interfaces Laboratory
Dae Woo Kim
Nanomaterials, Membrane, Separation, Catalysis