Organic Waste Converters (OWC)
Fast and efficient source-processing systems that transform biodegradable materials into nutrient-rich compost through controlled biological cycles — right at the point of waste generation.
Organic Waste Converter
Medium Power IntakeIdeal for restaurants, hostels, and cafeterias. These cost-effective machines handle internal mixing and aeration while requiring simple manual loading. An affordable entry point into on-site composting.
Small commercial establishments with manageable daily waste volumes.
Organic Waste Composter
minimal Power IntakeEquipped with PLC-based controls that automate mixing, temperature regulation, and moisture management for continuous processing with minimal human intervention.
Hotels, hospitals, and large residential communities with high daily waste output.
✅ Key Features
- Fully assembled, ready-to-use units
- Rust and corrosion resistant body
- Special microorganisms that thrive in high temperatures and acidic/salty conditions
- In-built humidity sensor that manages optimum temperature
- Modular bins available for additional capacity
🏆 Advantages
- Cost effective and long lasting investment
- Durable and corrosion resistant body
- Easy to use and maintain — no training needed
- Attractive design that blends easily with the landscape
- Simplicity of design makes it very convenient to use
Who Uses the Composting Machine?
Model F-50 — Specifications
Full technical details for the flagship Synod Waste Composting Machine model.
| Parameter | Specification |
|---|---|
| Model Number | F-50 |
| Waste Treatment Volume | 125 kg/day |
| Dimensions (L × W × H) | 187 cm × 90 cm × 130 cm | 73.6″ × 35.4″ × 51.2″ |
| Machine Weight | 700 kg |
| Power Rating | 4.8 kW |
| Daily Food Waste Served | Equivalent to 250 flats |
| Volume Reduction | 85 – 90% |
| Water Content Removed | 70 – 80% (via evaporation) |
| Target Market | Cafeterias, Residential Complexes, Supermarkets, Hotels |
| Body Material | Rust & corrosion resistant alloy |
| Sensors | In-built humidity sensor |
| Expandability | Modular bins available for additional capacity |
Frequently Asked Questions
These answers are aligned with the publicly available BIOPOWER OWC and composting product positioning.
What is an Organic Waste Converter (OWC)?
An Organic Waste Converter is a system designed to process biodegradable waste into compost through controlled microbial decomposition, reducing waste volume and supporting onsite waste management.
What types of waste can be processed?
OWCs are typically used for food waste, kitchen waste, garden waste, and other biodegradable organic materials generated from residential, commercial, and institutional sources.
How long does the composting process take?
The overall composting cycle can take a few weeks depending on the waste type, operating conditions, and system configuration. Some systems use pre-processing to accelerate the process.
Can OWC machines be used in urban environments?
Yes. OWCs are commonly installed in apartments, hotels, campuses, and commercial facilities, supporting decentralized waste management and reducing the need for waste transportation.
Is the system automated?
Many OWC systems include automated or semi-automated operation features such as mixing, aeration, and temperature control to support consistent composting performance.
What happens to the output material?
The output is partially processed compost that can be further cured and used as a soil conditioner or fertilizer in landscaping, gardening, or agriculture.
Are there different capacity options available?
Yes. OWC systems are typically available in multiple capacities to match different waste generation levels, and final sizing is based on project-specific requirements.
Does BIOPOWER support installation and planning?
Yes. The broader BIOPOWER offering includes project planning, system selection, installation support, and guidance on integrating composting solutions into existing waste management systems.