Notes from the bench
Experiments, materials and measurements from the VIHI lab.
Mycotoxin Risks in Coffee Processing: How Proper Drying Controls Mold and Fungal Toxins
Mycotoxin Risks in Coffee Processing: How Proper Drying Controls Mold and Fungal Toxins 1. Introduction Coffee, as one of the worl…

Wild vs. Inoculated Yeast Fermentation: Impact on Flavor Consistency and Innovation
Technical Draft: Phase 1 Research Topic: Wild vs. Inoculated Yeast Fermentation: Impact on Flavor Consistency and Innovation in Sp…
Acetic Acid Bacteria: Managing the Fine Line Between Complexity and Vinegar Defects
Introduction The pursuit of exceptional coffee quality is a continuous dialogue between control and expression. While the focus of…

Lactic Acid Bacteria in Coffee Fermentation: The Key to Clean, Buttery Acidity
Lactic Acid Bacteria in Coffee Fermentation: The Key to Clean, Buttery Acidity Introduction The pursuit of exceptional cup quality…
The Complete Guide to Coffee Processing Microbiology: Yeast, Bacteria, and Fungi in Flavor Development
The Complete Guide to Coffee Processing Microbiology: Yeast, Bacteria, and Fungi in Flavor Development Introduction For centuries,…

Post-Fermentation Microbial Management: Drying, Storage, and Roasting Considerations
Post-Fermentation Microbial Management: Drying, Storage, and Roasting Considerations Introduction The pursuit of quality and disti…
Controlled vs. Wild Fermentation: Precision Processing for Consistent Quality
Introduction The pursuit of quality and consistency represents a fundamental axis of innovation in the specialty coffee industry.…
