Conmark Systems Inc.

Conmark Systems Inc. is an Atlanta, Georgia based corporation serving the Pulp and Paper Industry in North America. Our goal is to provide continuous improvement solutions to mill operations utilizing Six Sigma principles and programs  and solutions for variability reductions.
Conmark Systems Inc. believes that providing our customers with top-of-the-line products is essential, but not enough. Therefore, we offer solution programs rather than individual products.
These programs combine expert industry domain expertise, various leading edge products, and comprehensive customer support.
The products incorporated into our solutions are specifically chosen to be the most suitable for tackling current problems in the Pulp and Paper Industry environment

Solutions

Conmark Systems has worked aggressively to develop partnerships with domestic and international companies to provide process improvement solutions for several pulp and paper processes providing superior return on investment. Our ever growing list of solution partners currently includes  Emerson Process Management, R.E.Hodges, Scienta, Toshiba, Senfit, Vision Systems

Our current list of solutions include: Variability Reduction in Pulp and Paper mill areas, Liquor Analysis and Control in the Pulp mill, Causticizing and Recovery areas, Wet and Dry End controls on Paper machines and many others. Details of these solution programs are found in other parts of this web site.

Products

Conmark Systems offers products from high tech consistency transmitters to advanced Model Predictive Controllers. Our brand names include CMA, Duralyzer, Scienta QCS, FO-OilFlow, RealFlow , LQ500 and Line-Tec 100, which are well recognized by professionals in the industry. With our commitment to total excellence in customer support, our knowledge in the area of advanced applications, and our expert services we will help our customers make better decisions, improve process performance, and improve their overall bottom line. Within our offerings are solutions for most process problems and process bottle necks.

Click this link for all Product Brochures

Variability Reduction and Process Mining

A Pulp and Paper process is very complicated process impacted by numerous process parameters in the effort to manufacture a quality products with the minimal cost. To produce high quality product and lower the overall daily cost, pulp and paper mills need to increase their effort in Variability Reduction.

Conmark Systems has worked several years with paper mill customers to develop advanced means of finding root causes for process events and upsets utilizing the mill's existing industrial databases and advanced visual information tools. These advanced technologies help mill personnel reduce breaks, increase runnability of the paper machines, reduce waste and drastically reduce variability in pulp and paper processes. Click for more info.

Define    Measure    Analyze    Improve    Control

   Latest Conmark News:

• New updated Desktop Kappa Analyzer Introduced
• New updated Desktop Liquor Analyzer Introduced
• Conmark back in the sheet break detector business with the new contract with SKS Group in Finland supplying Line-Tec 100 Web Break Detector System
• Finally reliable Chip Moisture Analyzer; New Microwave technology for Chip Moisture Measurement
• Conmark Systems is please to announce the LQ500 Microwave Consistency transmitter from Toshiba. Toshiba and Conmark Systems have signed a partnership contract to distribute and support the Microwave consistency line of product in North America…….
• New Property Predictor for improved paper machine control
• Kappa and Lime Analyzer introduced in APPITA conference in Melbourne Australia
• PMVideo new all digital recording technology is the latest in video recording technology. Standard GigE Vision communication allows the cameras transmit high quality images over the Ethernet network for long distances.
• The Bench Top Kappa and Lime Analyzer minimizes operator involvement in testing
• Conmark's Boiler Video Camera is the perfect solution for analyzing the bed of the Recovery Boiler