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Technical Presentations made to AMMTO
Presentation by:
Rondeau Anaerobic |
Date: April 22, 2002 |
Type of Technology:
Membrane Separation |
| Technology Presentation Overview:
VSEP |
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The "Vibratory Shear Enhanced Process" (VSEP) is an advanced
membrane filtration system that is capable of handling thick
slurries without the fouling problems exhibited by conventional
membrane systems. The VSEP system utilizes a reverse osmosis
membrane which will remove BOD, COD, TSS, Phosphorus, and
total nitrogen from effluent wastewater. The filtrate from
this can be reused for washdown operations or sewered. The
concentrated waste stream of reject can then be used as
a fertilizer.
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Presentation by:
Lystek International Inc. |
Date: May 27, 2002 |
Type of Technology:
Various / Gasification |
| Technology Presentation Overview:
Lystek Processes |
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Lystek is involved in developing a process
to handle, treat and convert farm waste biomass into heat, steam,
power, alternative fuels and building materials. Their technologies
deal with agricultural wastes through four potential stages
including 1) Collection and concentration, 2) Dewatering and
drying, 3) Gasification and conversion and 4) Synthesis gas
utilization. Manure is therefore partially dewatered and digested
to produce pumpable biosolids. The high solids fraction is dried
further and gasified to produce syngas which can be used to
produce heat/power.
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Presentation by:
First American Scientific Corp |
Date: June 24, 2002 |
Type of Technology:
Kinetic Disintegration |
| Technology Presentation Overview:
KDS Micronex |
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FASC’s Micronizer sets up a resonant shock wave that exceeds
the tensile strength of the input material and practically blows
particles apart. Animal manures processed thorugh the KDS Micronex
become dry, nutrient rich powders that are pathogen free and
can be pelletized for ease of application.
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| Presentation by:
International Bio Recovery Corporation |
Date: August 26, 2002 |
Type of Technology:
EATAD |
| Technology Presentation Overview:
Enhanced Autogenous Thermophilic Aerobic Digestion |
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The EATAD process biologically converts biodegradable waste
into organic material, microorganism bodies, CO2
and gaseous ammonia. The ammonia is scrubbed out of the waste
gas and reintroduced to the liquid product stream. The products
from the EATAD system are therefore granular fertility products
and liquid fertility products. The IBR process guarantees 100%
removal of pathogens, produces fertilizers always having the
same nutrient value, and effectively removes odour from the
products.
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