What is Compost Pile Volume & Maturation Estimator?
Calculates the cubic volume of a compost pile to estimate its potential heat generation and maturation time. Larger piles insulate better, heating up faster for thermophilic composting.
How it Works
1. Measure Dimensions (m or ft).
2. Calculate Volume (Cube or Cylinder).
3. Estimate Time based on Volume (Larger = Faster/Hotter).
Step-by-Step Guide
- Measure – L x W x H.
- Calculate – Cubic Volume.
- Evaluate – Check viability.
Example
Input: 1m x 1m x 1m
Result: 1 m³ (Optimal Size)
FAQ
Minimum size?
3x3x3 feet (1 cubic yard) for heat.
Why turn it?
To aerate; oxygen speeds up decomposition.
Green vs Brown?
Balance Nitrogen (Green) and Carbon (Brown) 1:30.
Too wet?
Add browns (paper, leaves) to absorb moisture.
Smelly?
Too much nitrogen or anaerobic (needs air).
Conclusion
A minimum of 1 cubic meter (1 cubic yard) is recommended for hot composting to retain heat. Smaller piles may only cold compost, taking significantly longer (6-12 months) vs hot composting (1-3 months).