Nolan Read Email & Phone Number

Parkersburg, West Virginia Area

• I managed 16 scientists and support personnel as well as 16 additional support staff while running an OSHA high hazard semiworks. In addition to the management aspect of this job, I was deeply involved as a leader in.
• Under my technology leadership, the business commercialized 1 major new product line with a revenue target of several million dollars. In addition, I led several other research and development (R&D) projects in.
• Because of our technology knowledge sharing with DuPont colleagues globally, the business gained new products at our joint venture and implemented process improvements at our other plant sites.
• The business achieved successful worldwide next generation resin conversion in 2013 in large part because of my technology group's recipe synthesis and scale-up work; under my leadership, this research group was.
• My team increased capacity of semiworks R&D batches by 20% to enable completion of more research at the same fixed cost.
• My team achieved 0 injuries and 0 serious incidents in my 9 years of management of this OSHA high hazard process.

Parkersburg, West Virginia Area

• I served as technology project leader for an R&D group working on a business level quality crisis. I coordinated closely with the Central Research Group and business steering team to leverage findings from my.
• I helped solve a major business glass adhesion crisis with $50M+ at risk while serving as part of cross functional team.
• The business realized ~$1M in potential revenue increase as a result of my team project that increased resin capacity at a plant.

Parkersburg, West Virginia Area

I managed a group of 16 engineers and specialists to support a high hazard poly (vinyl butyral) manufacturing unit. I managed capital and cost budgets, process safety management team, engineering design group, and quality.

Parkersburg, West Virginia Area

To support Operations, I routinely applied process troubleshooting, process optimization, and process control in a poly (vinyl butyral) process. In addition, I co-developed a new process and a new resin as part of a plasticizer conversion project resulting in numerous patents.

Madison, Wisconsin Area

I managed a process control and simulation software suite. In addition, I researched decompositions in LDPE (low density polyethylene) reactors via modeling and simulation with computational fluid dynamics software..

Doctor Of Philosophy (Ph.D.), Chemical Engineering

Nonlinear Modelling and Process Control

Bachelor’S Degree, Chemical Engineering