BERL

About

Bioenergy & Environmental Engineering Research Lab · Hanyang University

About BERL

Environmental engineering across biology, energy, materials, and data.

BERL is a research laboratory in the Department of Earth Resources and Environmental Engineering at Hanyang University. Our research focuses on developing sustainable technologies for energy production, resource recovery, and environmental management. Key research areas include bioenergy, environmental remediation, microbial and biogeochemical processes, circular materials, critical and valuable metal recovery from secondary resources such as spent batteries and brines, biomass conversion, and data-driven environmental engineering.

Our work integrates fundamental understanding of environmental and biological processes with advanced physicochemical treatment, separation and recovery technologies, process engineering, and computational approaches. We investigate the sustainable conversion of waste and renewable resources into energy and value-added products, while developing efficient strategies for resource recovery, environmental remediation, and process optimization. Through these interdisciplinary approaches, BERL aims to advance circular resource utilization and sustainable environmental and energy systems.

Bioenergy · Remediation · Environmental Biotechnology · AI
Our goal

Advance science that leads to cleaner and more resilient environmental systems.

We aim to translate scientific understanding into practical strategies that improve treatment efficiency, recover valuable resources, reduce environmental impacts, and support sustainable environmental management.

Understand

Reveal environmental mechanisms

Study interactions among microorganisms, organic matter, minerals, contaminants, and process conditions.

Develop

Design environmental processes

Develop treatment, recovery, biodegradation, and remediation strategies informed by system-level understanding.

Integrate

Connect experiments and data

Combine experimental evidence with data-driven analysis to improve interpretation, prediction, and environmental decision-making.

Research scope
Bioenergy & Resource RecoveryEnvironmental RemediationMicrobial SystemsCircular & Emerging MaterialsOrganic Matter TransformationEnvironmental AI & Modeling