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Aerobic Fermentation Organic Fertilizer Bioreactor

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Rapid production of organic fertilizer by dynamic high

A bioreactor was designed according to the novel process. Using this technology, organic fertilizer could be produced within 96h. The electric conductivity (EC) and pH value reached to a stable value of 2.35mS/cm and 7.7 after 96h of fermentation.

Better than compost: Aerobic bioreactor creates plant food

· Better than compost: Aerobic bioreactor creates plant food in weeks instead of months. The technology exists for farms of all sizes and types to produce their own fertilizer, often using the biological farm waste they generate as the raw material — and it's not composting. Building a covered aerobic bioreactor to convert biowaste like poultry manure or the leftovers from the garden into

Rapid production of organic fertilizer by dynamic high

· A bioreactor was designed according to the novel process. Using this technology, organic fertilizer could be produced within 96 h. The electric conductivity (EC) and pH value reached to a stable value of 2.35 mS/cm and 7.7 after 96 h of fermentation.

Fermentation Tank

Oxygen is necessary for the process of Aerobic fermentation, so a high-pressure fan is a must. In addition, an air heating rod is designed at the upper end of the stirring shaft. It is used to heat the passing high-pressure air. Next, the organic material will go through the aerobic fermentation stage.

Aerobic Fermentation Process

Composting is the aerobic fermentation process of organic waste by the action of aerobic bacteria under controlled conditions such as pH, air, moisture content, particle size, C: N ratio, etc. Composting is one of the better known recycling processes for organic waste to be converted into soil conditioner and close the natural loop reaching a cradle-to-cradle approach. This organic matter was given by the soil

Introduction of Aerobic Fermentation Fertilizer

The process of high temperature aerobic fermentation can be divided into rapid heating stage, high temperature stage and cooling stage. The raw materials enter the fermentation room and will be decomposed rapidly within 1-2 days. The heat released rapidly increases the temperature of materials, which is generally 50~65℃.

Aerobic bioconversion of aquaculture solid waste into

· Aerobic digestion, or liquid composting, is a fermentation process carried out by a diverse group of heterotrophic organisms, which leads to breakdown of organic feedstock and release of minerals. It is a sustainable approach for fish manure processing without negative environmental impacts compared to traditional manure management methods ( Layden et al., 2007 ).

Innovative Bioreactors , Wifred Chen , Ashok Mulchandani

fermentation. For high density cultures, or those producing a viscous product, efficient mixing is sometimes difficult to achieve, resulting in poor distribution of oxygen and nutrients in the bioreactor. Reciprocating plate bioreactors [10•], provide very good mixing in the vertical

AU725297B2

AU725297B2 AU39365/97A AU3936597A AU725297B2 AU 725297 B2 AU725297 B2 AU 725297B2 AU 39365/97 A AU39365/97 A AU 39365/97A AU 3936597 A AU3936597 A AU 3936597A AU 725297 B2 AU725297 B2 AU 725297B2 Authority AU Australia Prior art keywords fermentation waste matter aqueous mixture waste thermophilic Prior art date 1996-08-23 Legal status (The legal status is an

Liquid Composting Of Poultry Manure

The researchers’ goals were to prove that it is possible to create a liquid, biologically-active, organic fertilizer from raw animal manure using their aerobic fermentation method and that plant response from this organic fertilizer in a soil-less growing environment

INVESTIGATION OF AEROBIC SOLID FRACTION

This method of aerobic solid fraction fermentation of organic material represents an effective, low cost approach that could be an interesting opportunity for animal farms. Keywords: aerobic solid fraction fermentation, bioreactor, aeration mode.

Transformation of Biomass Waste into Sustainable Organic

Dynamic high-temperature aerobic fermentation bioreactor: Composting process: Stable pH and electric conductivity value achieved after 96 h of fermentation. Matured organic fertilizer obtained within 96 h. Continuous collision and friction within bioreactor creates perfect environment for microorganisms to reproduce. Compost

US3930799A

In an apparatus for making organic fertilizer from waste organic materials by aerobic fermentation, the interior of an inclined slowly rotating digester cylinder is provided with a series of knives which gradually cut and shred the softer components of the raw material and a series of heavy chains located downstream from said knives, which said chains have overlapping loops which crush and

Bioreactor

FIELD: agriculture. SUBSTANCE: method includes aerobic and anaerobic fermentation of its first and second parts, removal of a superfluous moisture from its remaining part, pyrolysis of its third part, disinfection and drying of the rest of a manure, separation from this rest as a dry organic fertilizer of the fourth part of a manure, sanitary-veterinary processing, vitaminising, grinding and

C05F 17

CN101514120A Fermentation fertilizer containing CN101486603A Deodorizing and nitrogen protecting method for organic solid waste aerobic CN201264973Y Double-layer drawer type bioreactor :

(PDF) DESIGN AND FABRICATE A BIOREACTOR TO PRODUCE

Composting is the natural process of rotting or decomposition of organic matter by microorganisms under aerobic fermentation and controlled conditions. Raw organic materials such as crop residuals, livestock wastes, food garbage, some municipal

Introduction of Aerobic Fermentation Fertilizer

The process of high temperature aerobic fermentation can be divided into rapid heating stage, high temperature stage and cooling stage. The raw materials enter the fermentation room and will be decomposed rapidly within 1-2 days. The heat released rapidly increases the temperature of materials, which is generally 50~65℃.

Difference Between Bioreactor and Fermenter (with

· Such large fermentation chambers that are used for the production of the like antibodies, drugs (vaccines and pharmaceuticals) and in the bioconversion of organic waste is known as bioreactors. Such apparatus (closed system) that requires specific conditions to grow certain kind of microorganisms and is commercially used for the production of

Liquid composting could help feed humanity in future

· The solids are separated from the liquid and returned to the bioreactor for further fermentation, while the liquid stream is ready for use as organic fertilizer. Savidov’s idea of creating liquid organic fertilizer from manure evolved from aquaponics, where fish like tilapia are grown commercially in large tanks along with plants in what is

Find Energy Efficient organic fermentation

organic fermentation have simple, user-friendly, and low-contamination design to deliver a smooth brewing experience. Most of the. organic fermentation are created of high-grade and food-grade materials, including high-strength stainless steel, durable plastic, and hard-to-break glass.

Compost, biodegradables, organic waste

Biodegradables (organic waste composting at SAB, Austria): Flashback: Compost is a substance made of partly decayed organic material; when free of contaminants, it is an excellent to soil fertilizer as it increases its humus content.Its main components originate from plant materials (e.g., grass clippings, leaves, peat, etc.), manure, and soil.

Turning manure into liquid gold

· A demonstration project by Savidov, engineer and system designer Marc Legault, and their colleagues used the aerobic bioreactor to capture nutrients from raw poultry manure. They then used the dissolved organic fertilizer — or digestate — to produce vegetables and tree seedlings in a soilless growing environment.

The Costs and Benefits of Anaerobic Digesters MSW

This is a form of fermentation (the process of energy production in a cell in an anaerobic environment) that produces organic acids, hydrogen, carbon dioxide, water vapor, and ammonia nitrogen. The hydrogen and carbon dioxide are produced as byproducts of acidogenesis of the simpler organic monomers previously produced by aerobic hydrolysis

Bioreactor

(57) Abstract: Use: production of biogas and fertilizer from the waste products of animals and birds, plant residues in greenhouses. The inventive bioreactor includes a housing with camera fermentation in the lower part and a gas cavity in the upper communicated with gotobaby, including a floating bell, the lower edge of which is placed in a hydraulic gate, and solid state fermenter.