Environmental Biotech
Environmental biotechnology addresses pollution, climate change and ecosystem restoration. The session covers bioremediation for oil spills and heavy metals, plastic-degrading enzymes (PETase, MHETase) and engineered improvements, wastewater treatment biotechnology, carbon-negative microbial systems (LanzaTech ethanol, Solar Foods Solein), environmental DNA (eDNA) biomonitoring, and pollution-degradation engineering. Discussion addresses microplastic detection and remediation, mycoremediation with fungal platforms, biosurveillance for emerging pathogens via wastewater (the COVID lessons applied to polio and mpox), and the integration of environmental biotech with broader environmental, social and governance (ESG) frameworks.
- Bioremediation
- Plastic-degrading enzymes (PETase)
- Wastewater treatment biotech
- LanzaTech ethanol
- Solar Foods Solein
- eDNA biomonitoring
- Wastewater pathogen surveillance
- Mycoremediation
Explore the full GSBG 2027 program
- 01Synthetic Biology & Biomanufacturing
- 02Genetic Engineering & CRISPR
- 03Tissue Engineering & Biomaterials
- 04Medical Devices & Sensors
- 05Bioinformatics & Computational Biology
- 06Drug Delivery Systems
- 07Biomechanics & Prosthetics
- 08Regulatory & Bioethics
- 09Industrial Biotechnology
- 10AI in Drug Discovery
- 11Cell & Gene Therapy
- 12Stem Cell Research
- 13Antibody-Drug Conjugates
- 14Vaccines & Immunotherapy
- 15Microbiome Engineering
- 16Nanomedicine
- 17Personalized Medicine
- 18Bioethics & Governance
- 19Marine Biotechnology
- 20Plant Biotechnology
- 21Agricultural Biotech
- 23Single-Cell Biology
- 24Spatial Biology
- 25Organoids & Organ-on-Chip
- 26Lab Automation
- 27Biosecurity
- 28Synthetic Genomics
- 29Bioprinting
- 30Biosensors & Diagnostics
- 31Liquid Biopsy
- 32Multi-Cancer Early Detection
- 33Continuous Biomanufacturing
- 34Decentralised Manufacturing
- 35RNA Editing