Sizes the minimum-sufficient kill dose for your specific item, picks the most selective method so you damage it least, builds the cheapest independent barrier stack that meets your risk target, then closes the loop with a timestamped verification log. Rename it on line id="appName".
01 Define the job
02 What do you have on hand?
Tick the methods you actually have access to. The optimizer recommends the gentlest one that still meets your goal (highest selectivity), so you damage the item as little as possible.
03 Optimized method
Pick a goal and at least one method above…
Show the assumptions (edit these in the code to fit your own indicators)
Method
Model
Default
Sporicidal
Material impact
Defaults are illustrative reference values for a resistant organism. Real D-values depend on your organism, soil load, and conditions — confirm every cycle with a chemical or biological indicator before you trust it.
04 Barrier stack (aseptic technique)
Independent barriers multiply: contamination only gets through if every one fails. Tick what's available; the optimizer adds them cheapest-effective-first and stops once your risk target is met.
05 Run sheet & verification log
Your generated, item-specific protocol appears here.
Read before you rely on this. Built for objects, surfaces, lab/hobby and household contexts. It is not a substitute for validated, regulated sterilization of anything that enters the body — surgical, implant, or injectable use needs certified equipment and formal validation. Method hazards: pressure cookers (steam & pressure burns — vent and cool before opening); UV-C (damages eyes/skin in seconds — never expose people, enclose the field); bleach (corrosive, and never mix with ammonia or acids). Always confirm a cycle worked with a chemical or biological indicator — the math sizes the dose, the indicator proves it.