Continuous Flow Thru Compost Extractor
Maximize soil health with our Compost Extractor, designed for efficient and consistent microbial extraction. This advanced system utilizes an auger-driven water jet process to separate beneficial microorganisms from compost, creating a nutrient-rich compost extract for soil and foliar applications. Whether you’re enhancing soil biology, improving plant health, or increasing nutrient availability, this extractor ensures a high-quality liquid extract with precision control over concentration and sediment levels.
Key Features
✔ Auger-Driven Extraction: A variable-speed auger moves compost through the extraction chamber, allowing precise control over material flow.
✔ Water Jet System: Strategically placed water jets rinse compost thoroughly, ensuring maximum microbial extraction while maintaining integrity.
✔ Adjustable Agitation System: The hopper features water-assisted agitation to prevent material bridging, ensuring a smooth and uninterrupted feed.
✔ Booster Pump for Optimal Pressure: Maintains consistent water pressure, allowing for effective extraction without damaging microbes.
✔ High-Efficiency Filtration: A cylindrical interchangeable sieve filters microorganisms from solid particles, enabling customizable filtration levels.
✔ Recirculation for Maximum Potency: The system recirculates the extract until the desired microbial concentration is achieved, ensuring consistent and effective application.
✔ Versatile Application: Ideal for agriculture, horticulture, organic farms, and compost production—apply extract directly to soil or foliage for improved plant health and soil biology.
🌱 Boosts Soil Biology – Extract and apply beneficial microbes for enhanced plant and soil health.
💧 Efficient Water Use – Recirculates extract for maximum microbial yield, reducing waste.
⚙️ Customizable Filtration – Adjustable auger speed and interchangeable screens for precise extract consistency.
🔧 Built for Durability – Heavy-duty construction ensures long-lasting performance in any operation.