Automated Wastewater Treatment, Evaporation System
Photo Credit: Kontek Kontek Process Water Management is a privately owned, ISO-9001 certified company with primary offices and manufacturing facilities located in Burlington, ON, Canada.
Kontek Process Water Management is a privately owned, ISO-9001 certified company with primary offices and manufacturing facilities located in Burlington, ON, Canada. The company’s mission is to provide customers with proven, innovative wastewater treatment systems that provide a high ROI.
Kontek recently completed the engineering, manufacturing, installation and commissioning of water treatment systems at two large metal plating facilities overseas. These brand-new aerospace manufacturing and surface finishing facilities were outfitted with Kontek’s raw water purification, wastewater recovery, wastewater treatment and concentrated liquid waste evaporation systems, automated by its IntelliKon platform.
Kontek Process Water Management | 877-332-8366 | kontekwater.com | Booth 824
Related Content
-
NASF's SUR/FIN 2023: Bringing the Surface Finishing Industry Together
SUR/FIN 2023 is an opportunity for those in the surface finishing industry to expand their knowledge, expertise and network.
-
SUR/FIN 2023: Capsules from the Technical Sessions I: Emerging Technologies
SUR/FIN 2023 in Cleveland this past June was a resounding success. Due to the efforts of the Technical Activities Committee, ably led by Bill Nebiolo this year, an outstanding program of technical presentations was offered. What follows are summaries of selected presentations from the Emerging Technologies sessions. Additional coverage will be provided in this space in the coming months. The full report can be accessed and printed at short.pfonline.com/NASF23Aug1.
-
Electroplating in the Context of Worldwide Nanotechnology Initiatives: A Heritage Paper
In the first part, a summary is presented on recently established nanotechnology initiatives in various countries around the world. Program funding levels and core activities will be compared to provide a basis for assessing business opportunities for various industries. The second part of the paper looks at specific examples of nanostructures made by electrochemical methods currently at various stages in their development, or already in use.