Hydrochloric Acid Regeneration
Proven New Technology
Eliminates Disposal of Waste HCl Pickle Liquor for Galvanizers and Steel
Processors Worldwide.
Over
the past several years, Phoenix Systems, Inc. has been working to
develop a hydrochloric acid regeneration system that offers a complete
solution to the regeneration process.
The result is a patented, low-cost Molecular Displacement
Technology that produces 100% regeneration of chloride to yield a pure,
18-20% HCl and a water-soluble, solid iron co-product.
Phoenix
Systems, Inc. has partnered with Again Resources of Portland, Oregon,
USA to bring to the market, for the first time, affordable HCl
regeneration with this closed-loop process.
The operational and economic benefits are numerous.
- Savings
as high as 50% on combined acid and disposal costs.
Estimated Return On Investment within one year.
- Regeneration
of 100% free acid and 100% of all chloride into “good as new”
HCl.
- Automatic,
computerized operation.
- Closed
Loop System.
- Small
Footprint. A typical
Galvanizer will dedicate only 600 square feet (approx. 56 sq.
meters).
- Low
Maintenance.
- Low
Temperature <200 degrees Fahrenheit.
- Low
Energy Requirement.
- No
Co-Product Concerns.
- Long-term,
after-the-sale, service by Phoenix Systems, Inc.
The Pickling Process Revolutionized
The pickling process
evolved as a means to clean metal quickly, efficiently, and without
surface damage to the metal.
In the early 1960’s, with the introduction of hydrochloric
acid, the face of the pickling industry changed dramatically.
Since this time picklers have sought to optimize output through
means that are both economically and environmentally sound.
The Phoenix Hydrochloric Acid Regeneration System does just that;
it offers a low-cost alternative to the regeneration of hydrochloric
acid.
The essence of effective
Hydrochloric Acid Regeneration is to clean the steel of contaminates
while maintaining an effluent free system.
Using its patented, closed-loop Molecular Displacement
Technology, the Phoenix System regenerates a non-contaminated HCl and a
virtually chloride free co-product without waste.
The result is clean acid and marketable co-product with a variety of
industrial uses.
If you would like to receive
a no obligation free proposal, please feel out one of our online questionnaires.
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