Herbal Beverage Stability R&D
Budget: ₹1,500 – ₹12,500 INR
I’m in the very first stretch of formulating a new herbal drink and need an R&D-minded food scientist to help me get the fundamentals right. The focus is three-fold—pH stabilization, an effective yet clean-label preservation system, and an evidence-based plan for shelf-life extension—but the immediate priority is to map and understand the pH behaviour of the base infusion.
Here’s what I’m after right now:
• A concise literature scan on similar herbal beverages, highlighting how buffering agents, acids, or botanical actives typically shift pH over time.
• A step-by-step experimental design (bench-scale) that lets us profile my formula’s pH drift, titratable acidity, and microbial risk points.
• Recommendations for natural or reduced-synthetic preservatives that will pair well with the flavour profile while meeting common regulatory limits.
• A roadmap for future shelf-life testing—outline of accelerated vs. real-time studies, sample size, and key analytical methods (e.g., HPLC for actives, challenge testing for pathogens).
Deliverables can take the form of a short technical memo plus annotated spreadsheets or lab protocols; I don’t need a full regulatory dossier yet, just clear, actionable next steps I can execute in a test kitchen or small pilot facility.
If you’re comfortable discussing buffers, water activity, and preservative kinetics—and you enjoy turning early research questions into practical experiments—I’d love to collaborate.
Here’s what I’m after right now:
• A concise literature scan on similar herbal beverages, highlighting how buffering agents, acids, or botanical actives typically shift pH over time.
• A step-by-step experimental design (bench-scale) that lets us profile my formula’s pH drift, titratable acidity, and microbial risk points.
• Recommendations for natural or reduced-synthetic preservatives that will pair well with the flavour profile while meeting common regulatory limits.
• A roadmap for future shelf-life testing—outline of accelerated vs. real-time studies, sample size, and key analytical methods (e.g., HPLC for actives, challenge testing for pathogens).
Deliverables can take the form of a short technical memo plus annotated spreadsheets or lab protocols; I don’t need a full regulatory dossier yet, just clear, actionable next steps I can execute in a test kitchen or small pilot facility.
If you’re comfortable discussing buffers, water activity, and preservative kinetics—and you enjoy turning early research questions into practical experiments—I’d love to collaborate.
Related categories:
Health & Medicine
Data Analysis
Research and Development
Product Development
Food Safety