Dear Valued Avani Environmental Customers,
In 2015, Absolent AB acquired Avani Environmental International, Inc. to strengthen our presence in the US market and serve as a platform for planned expansion into North America. Since the acquisition, Avani has operated as an independent entity under the functional management of Absolent, Inc.
Effective January 1, 2020, Avani and Absolent will concentrate our operating activities in one company by the means of a merger.
The “new” company will operate as Absolent Inc. In the course of the merger, the entire business operations of Avani Environmental International Inc. will be merged into Absolent, Inc.
We view this merger as a legal step to further enhance the focus and support that will be given to our valued customers in the Industrial Air market segment.
Any contracts or agreements executed under the name of Avani Environmental International, Inc. will remain in effect according to the term of the agreements. Correspondence related to orders and invoices will change to show this legal change:
General Accounting issues accounting@absolent.com
Accounts Payable ap@absolent.com
Accounts Receivable ar@absolent.com
Shipping/Tracking shipping@absolent.com
Purchase Orders orders@absolent.com
General Inquiries info@absolent.com
For memo containing electronic payment and accounting details please download the attachment or link here
North Tech High School of Special School District of St Louis County opens their new welding training center for the Fall semester.
The SSD of St. Louis asked Avani Environmental to design the North Technical High School campuswelding lab after receiving high marks for the design and installation at the south campuswelding lab last year.
For the North Campus, Avani Environmental designed a row of (9) WB-1066 welding booths as well as a row of (5) along with customized fume armsfor each booth.
Additionally,Avani Environmental designed a custom hood and included an SPC-1610 portable fume extractor for finishing work outside the welding booths.
A commitment to the highest quality equipment and engineering is what lead the SSD of St. Louis Program Director, Toby Clodfelter, to engage with Avani Environmental and It has been a pleasure teaming up with the dedicated staff at the SSD of St Louis.
On June 21, 2018 Avani Environmental formally opened the door to its new training and research center in Raleigh, North Carolina. Attending the "Principles of Industrial Ventilation" 3 day session were members from Airgas' advanced fabrication apprenticeship program.
The installation of state of the art Absolent Mist and Smoke Collectors, including the recently launched A-10 model and Avani dust and fume collectors has allowed Avani to refine methods of particle measurement and velocity flow analysis. Continued training in the use of the Dustrak (tm) for particle measurement in both smoke and mist not only allows for proper design and application but also solidifies the measurable impact of the Absolent systems.
The training center is outfitted with products that capture smoke and dust as well as water and oil based coolants, serving to assimilate the market’s demands for clean air. Our wide range of products from portable collectors to entire plant cleaning systems are tested, balanced and modified within the training and development center. The progression into more rapid customer response with product and development initiatives is facilitated by the center’s systems and measuring devices.
Avani Environmental opened in its new location on April 1, 2018 at 6541 Meridien Drive Suite 125 in Raleigh NC.
Avani Environmental is an Absolent Group Company
The ATAC series dust collector is a self-contained system with vertical positioned filters. Vertical up-flow design along with venturi assist reverse jet pulse cleaning provide ideal material release and favorable filter life. Units are specifically designed for ambient air cleaning applications and are equipped with adjustable discharge nozzles to deliver desired air flow patterns.
Filter technology specific to plant layout, contaminant generation and desired steady state flow patterns.