Strategic Objectives
• Master the science of enzymatic hydrolysis to break down complex polymers.
• Explore the cutting-edge engineering of PETases for low-temperature efficiency.
• Understand protein-substrate specificity to target specific waste streams.
• Learn how biological biocatalysis replaces toxic thermo-chemical recycling methods.
The Core Challenge
Traditional recycling is failing, leaving millions of tons of non-biodegradable polyesters to choke our ecosystems for centuries.
01
The Polyester Paradox
02
Nature’s Molecular Scissors
03
The Architecture of Enzymes
04
The Breakthrough Discovery
05
PETase Mastery
06
Breaking the Ester Bond
07
The Art of Specificity
08
Cold Chemistry
09
Directed Evolution
10
Rational Protein Design
11
The Thermodynamics of Degradation
12
Crystallinity and Access
13
The Synergistic Effect
14
Green Chemistry Principles
15
Metabolic Integration
16
The Bio-Reactor Frontier
17
Surface Science
18
Synthetic Biology Solutions
19
Circular Bio-Economy
20
Life Cycle Assessment
21