Deplasto

Deplasto LLC

In-app purchases

About this app

Deplasto is a microplastic exposure tracking app that helps you estimate daily intake from food, drinks, household products, and daily activity levels.

Like nutrition trackers help you understand calories, macros, and micronutrients, Deplasto helps you bring visibility to a modern day concern, microplastics. Using more than 300 published scientific data points from 100 different sources and a research-informed model, the app converts complex exposure estimates into simple scores you can track over time.

What You Can Track

● Foods and meals
● Beverages and bottle types
● Kitchen utensils and cookware
● Hydration habits
● Daily activity patterns
● Estimated inhalation exposure
● Weekly and daily exposure trends
Key Features

Microplastic Intake Estimates
Log your daily foods, drinks, household items, and daily activity levels to estimate potential microplastic intake based on data aggregated from peer-reviewed studies.

100+ Exposure Sources
Track common sources across nutrition, hydration, and kitchenware.

Source Breakdown
Identify which daily sources may contribute most to your estimated intake.

Daily Scores and Trends
View simple exposure scores that make it easier to compare and understand patterns.

Lifestyle Awareness
Use your results to make more informed choices around food, beverages, household items and everyday habits.

Research-Informed Database
Estimated exposure values are based on published scientific literature and modeled assumptions where direct data is limited or conflicting.

Deplasto is built for people who already track what they eat, drink, and do each day, and want a clearer way to understand potential microplastic exposure.

Important Disclaimer

Deplasto is for educational and wellness tracking purposes only. It is not a medical device and does not provide medical advice. The app does not diagnose, treat, cure, monitor, or prevent any disease or health condition. All intake values are estimates based on available scientific publications, modeling assumptions, and user-provided inputs. Results should not be interpreted as a direct measurement of microplastics in your body.