Controlled heating initiates thermal runway, creating positive feedback and accelerating the decomposition process.

By injecting magnetized air and raising heat to the atomic condition, the system separates electrons from molecules.

In a closed magnetic-heat chamber, separated electrons accelerate, interacting with atomic nuclei to form a plasma-like state.

Reaction starts at around 200°C and naturally increases to 300–500°C as oscillating atoms generate more heat.

Dual-Chamber Incineration: Supports efficient and hygienic disposal of used sanitary napkins.

Automatic Start & Stop: Simplifies the incineration process with automated operation.

Customizable Configuration: Can be adapted for different sanitary napkin sizes.

IoT-Enabled: Supports connected monitoring and management of machine usage and status.

Space-Saving Design: Compact and efficient solution for locations with limited installation space.

Dual Functionality: Combines sanitary napkin vending and incineration in a single unit.

Flexible Payment Options: Supports UPI and RFID-based transactions for convenient napkin dispensing.

Remote Monitoring Dashboard: Enables monitoring of machine usage and operational status.

1. Unsegregated MSW: Mixed municipal solid waste collected from daily sources is introduced into the processing system.

2. Advanced Processing: Thermal and mechanical processing converts the incoming waste into a more uniform material.

3. Pulverised Output: The processed material is converted into a consistent, pulverised fuel feedstock.

4. Usable Solid Fuel: The material is densified into a high-energy solid fuel ready for suitable industrial applications.

High Calorific Value: Designed to provide useful energy as a solid fuel.

Consistent Quality: Produces a more uniform fuel product from processed waste.

Lower Environmental Impact: Helps divert waste from landfill and supports resource recovery.