We installed a specially-engineered pH Neutralization & Filtration System for our customer in Texas. Tasks for running the system include: pushing ON/OFF buttons, running the Clean in Place (CIP) procedure, and occasionally replacing NaOH totes for pH control. No need for Rocket Scientists.
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A customer confessed they had not done ANY maintenance on their system for the past 5 years. The current operators didn't know how their system worked; they just knew it kept working! We are currently helping them with overdue maintenance and are scheduled to train their new operating crew. Call us if you need a tune-up!
Inexpensive, custom-engineered filtration options for your plant are available. We are happy to help you achieve your goals for cleaner flux, rinse, etc. We have experience with a variety of options and can recommend an approach to address your needs.
Check out page 110 - 113 of the Nov/Dec 2017 issue of Wire & Cable Technology. Beta's new flux recovery system is featured. This system uses microfiltration to maintain clean flux tanks. With the high expense of dumping these tanks, plant's can expect an extremely fast payback on their investment in recovery equipment!
Please stop by our booth at Wire Dusseldorf and introduce yourself. We can talk about your goals for acid recovery and waste minimization.
To address the needs of custom-engineered projects, Beta offers a fully functional, small recovery system for rent. This equipment may be transported and installed on the job site or operated by our testing engineers. With either option, the data generated will determine the optimal types and sizes of components on a permanent, larger system for your application.
Strength of design – superior exchangers, elutriation, conical pump back station, crystal separating clarifier, proportional feed/temp control improvements since 1984.
Support – 3D drawing design assistance to perfectly plan your installation, remote tech support by a Beta engineer who can login into your system.
This new Sulfuric Acid Recovery System was assembled in ONE morning on the job site! Beta's 2-man crew plus heroic plant employees worked together to achieve this impressive progress. When operation begins, the system will be capable of processing 22,000 gallons/day of spent acid.
Compare options to recover HCl. Reprinted here courtesy of The Wire Journal International. This paper evaluates available technologies to recover HCl from spent wire pickling solutions.
An optimal design for bead wire and other low temperature sulfuric acid pickling operations.