Rezolve
We built a simulation model for paper machines that used 400+ input variables. Starting from the most rewarding tuning parameters, we built a virtual control panel that empowered field engineers to optimize the paper making process. A yearly savings of 1 million US dollars per machine was common.
Scientifically speaking, we developed equations based on paper physics that predict the water removal from the sheet during compression. We also developed new models for press felt compression and water and air permeability. Experimentally, we tuned and calibrated our models based on field measurements. In terms of software development, this system used ASP.NET, C#, MS SQL server, and JavaScript. The system is accessed by engineers all over the world.
“Machine Optimization Through Uniform Moisture Profiles,” TAPPI PaperCon 2015 Conference, with Alex Harvey, Glen Harvey, and Eric Gustafson.
“Improving Sheet Quality: Rolls and Press Felts Working Together,” TAPPI PaperCon 2010 Conference, with Ronald Goglick, Arthur Bullerwell, Glen Harvey, Michael McGuffey, Eric Gustafson, Bill Butterfield, and Robert Olinger.
“Nip Dynamics: Rolls and Press Felts Working Together,” PAPTAC Annual Meeting And EXFOR 2010, with Arthur Bullerwell, Bill Butterfield, Steve Cole, Ronald Goglick, Eric Gustafson, Glen Harvey, Michael McGuffey, and Robert Olinger.