BIOGAS EQUIPMENT
for Organic Waste Processing
Accelerated processing of organic waste inside a bioreactor by anaerobic method without access to oxygen.
From the initial raw material for each object, an association of indigenous microorganisms is derived, which is saturated with methanogens and cellulolytic strains.
Main stages of anaerobic decomposition:
1.Hydrolysis Phase
2.Acid-Forming Phase
3.Acetogenesis Phase
4.MethanogenesisPhase
The process takes 10-14 days instead of 200 days in the lagoon or in the field.
Final products of BIOGAS Technologies:
- BIOGAS - a flammable gas with a blue flame produced from any biomass by anaerobic digestion. An additional source of energy.
- Effluent – Organic Fertilizer - Environmentally friendly organic product, free of weed seeds and pathogens. Plant growth stimulant.
Contains all the necessary components for plants:
Nitrogen – 3.7%, Phosphorus – 2.6%, Potassium – 9.4% (in dry substance), Macronutrients and Micronutrients: molybdenum, boron, lead, copper, manganese, iron in an easily accessible form, consortium of rhizospheric microorganisms, representatives of the genera Klebsiella, Pseudomonas, and Bacillus, active biological stimulators of plant growth of the auxin class, improving the yield of crops, humiс-like compounds for structuring the fertile soil layer.
Can be used in various forms:
Proton-ORC power plants are designed to generate three-phase AC electricity with a voltage of 0.4, 6 and 10.5 kV with a frequency of 50 Hz. They provide primary switching, allowing the unit to be connected to consumer loads and used as an autonomous source of power supply.
The units are equipped with generators that provide high reliability and stable operation, are characterized by high efficiency, compact size and adaptability to various operating conditions. They are capable of operating a wide range of loads, maintaining a stable voltage and frequency of output current, making them an ideal choice for stand-alone and standby power supply systems.
The versatility of Proton-ORC power plants allows them to reliably start and operate stably in a variety of climatic and geographical conditions. The unit is adapted for operation in a wide range of temperatures and is highly resistant to external factors.
