International Environmental
Solutions Corporation and Neoteric Environmental Technologies, Inc.
(hereinafter referred to as “IES” and "NET", respectively) are
environmentally oriented companies whose primary purpose is to
commercialize "waste-to-energy" pyrolytic systems in the world market
using the unique patented technology of the continuous-feed waste
treatment system referred to as the IES "Advanced Pyrolytic System". Our companies will manufacture,
sell, and operate these systems worldwide along with several other
environmentally related products, such as thermal oxidizers, wastewater
treatment plants, and add-on units for detoxifying asbestos. IES is dedicated to the marketing
and sales of the Advanced Pyrolytic System and custom engineering
environmental applications for our customer’s specific needs, while NET is
the operating company for our processing and fabrication facility in
Southern California. At the
project site in Romoland, California in the County of Riverside, we will
have a 250-Gallon Per Minute Industrial Wastewater Treatment Plant as well
as a 50-TPD Advanced Pyrolytic System, which will be devoted to the
Reactivation of Carbon. In
addition, a complete state-of -the-art Wet and Dry certified Laboratory
will be on site and a fully equipped Fabrication facility. Once processing plant is
operational we will be preparing to expand the plant for the co-generation
of electricity to be sold as well as for use in the operation of the
plant. The processing plant
will begin operation Summer 2002.
We are committed to
bringing our customers the most advanced technology in pyrolysis. With
changing regulations and a growing need for commercial pyrolytic waste
systems, our Advanced Pyrolytic System (also referred to as "APS) is being
acknowledged as one of the leading waste technologies. Pyrolysis, unlike incineration,
allows for waste destruction in an oxygen-free atmosphere, making this
system highly efficient with no harmful substances remaining, either in
the atmosphere or as a residue.
Our unique ability to provide a continuous-feed has eliminated the
problems that have plagued other pyrolytic systems, such as found in the
batch systems. The Advanced
Pyrolytic System is designed for trouble-free operation and minimal down
time. In addition, our
exclusive safety features surpass any other pyrolytic processes, and are
designed and engineered to control the temperature in every stage of the
process with automatic shutdown safety mechanisms built in.
This technology serves dual purposes by helping to address the growing worldwide problem of waste disposal, while utilizing the waste product to generate energy in the form of electricity for the surrounding communities. It has been approved by federal, state, and local agencies in the USA for air quality, and complies with all environmental regulations and guidelines above their standards.
Pyrolysis has been known for hundreds of years. The
singular advantage of pyrolysis, unlike incineration, is the destructive
decomposition of waste materials using indirect heat in the absence of
oxygen.
Burning wastes through incineration with direct flame in the
presence of oxygen can be explosive, causing turbulence in the
burn-chamber, which fosters a recombination of released gases. Waste
destruction in an oxygen-rich atmosphere makes conversion far less
complete, is highly inefficient and creates harmful substances.
Pyrolysis is the solution.
Pyrolytic Thermal Converter Systems, historically have been
plagued with an assortment of operating problems, are
maintenance-intensive, inefficient and sometimes even dangerous to
operate.
International Environmental Solutions (IES) is systematically
engineering solutions to produce efficient, reliable, continuous and safe
pyrolytic systems for processing a variety of waste materials, including
industrial hazardous, non-hazardous solid and liquid, toxic solid and
liquid, municipal solid, medical, PCBs, petrochemical, and many other
waste streams.
We are using a pyrolytic process, which applies high
temperatures (from 1,200°F
to 1,800°F)
indirectly to a retort chamber which houses an environment free of flame
and oxygen.
Inside, hydrocarbons and other waste components are converted into
gases and basic elemental solids via destructive distillation and
molecular decomposition. All of
the off-gases are diverted to a thermal oxidizer operating at
2,250°F
for conversion to carbon dioxide, oxygen and water vapor. The
remaining solid residues passing out of the retort are typically carbon,
sterile sands and fixed, non-leachable metals.
Waste materials are fed through airlocks to the horizontal
retort chamber, which houses a proprietary rotating auger. The
retort has been specifically designed to allow the upper portion to
transport the generated gases to the thermal oxidizer, while the bottom
portion contains suspended screws (augers) that convey the waste through
the retort as pyrolysis occurs.
Another set of airlocks is positioned at the "solids discharge" end
of the retort chamber to prevent the introduction of oxygen. The Advanced Pyrolytic Systems are
designed for trouble-free operation and minimal down-time.
The Advanced Pyrolytic
Systems, in addition to destroying waste materials, facilitate the
cost-effective use of all processing by-products. For
example, the heat from the thermal oxidizer can be routed to waste-heat
boilers to produce "process steam" or electricity via steam turbine
generators. Solid
residues, depending on composition, can often be recycled, sold as
commodities, or formed into construction material.
Our Advanced Pyrolytic
Systems are environmentally sound, have outstanding energy efficiency
and portability, and they provide up to 92% volume reduction of many feed
materials.
Specialized processing lines have been engineered to treat
industrial wastes, PCBs, medical wastes, petrochemical wastes, municipal
solid wastes and a variety of other waste materials. IES’s individual
processing systems range in sizes from 5 TPD (tons per day) to 250 TPD
through-put. By
using multiple processing lines with our modular-style units, the total
design capacity can be virtually unlimited.
For more information, Email Contact FranTech Ghana
