Ken Satcher Email & Phone Number

Baton Rouge, LA, US

Houston, Texas, US

Roswell, GA, US

A manufacture of Formaldehyde, PF, UF, and MUF resins for Plywood, OSB, Insulation, and other applications. http://arclin.com/Responsible for formaldehyde plant, resin plant operations, shipping, raw material, and production variances. Identified $468,000 in electrical saving from optimization of run schedule. Identified and put in system that will reduce.

Memphis, TN, US

Responsible for operations, maintenance, safety, environmental, process improvements, and new commercial product introduction for base soaps, liquid base soaps, consumer liquid soaps, and acidulation of soapstock. Develop and implement procedures for processes Reduced workforce by 38.7% while maintaining production output Reduced overtime by 60% Implement.

Ludwigshafen, DE

• Capitalize on the opportunity to lead forward-thinking plant-wide continuous technology initiatives through the results-focused identification, evaluation, development, prioritization, and implementation of plant.
• Proactively interface among Global Technology Groups and Business Groups for knowledge sharing, technical customer support, NCM (Non-Conforming Materials), and root cause analysis, and support production with plant.
• Utilize broad scope of industry knowledge and superior technical acumen toward providing design input through key project scope development, justification, and timing for capital projects to support new product.
• Ensure continued process safety compliance with comprehensive ownership of process safety information, safety concepts, and wide-ranging safety systems to support regulatory compliance (PSM / RMP, RC, BASF, EHS.
• Build and sustain productive laboratory operations while training and managing a top-performing team of laboratory technicians working on process support side, as well as ensuring optimal work completed by chemist and.
• Demonstrated experience as the plant’s Laboratory Chemical Hygiene Officer responsible for safety, regulatory, operation, procedure, and enforcement of laboratory work, as well as actively maintaining the chemical.

Ludwigshafen, DE

• Strategically steered overseas operations of a P2 production unit employing 16 operators and 4 supervisor, including driving business growth by directing long-term capital and process optimization projects, as well as.
• Expertly facilitated process safety compliance initiatives with ownership of process safety information, safety concepts, and safety systems to support regulatory compliance (PSM/RMP, RC, BASF, EHS Initiatives) for P2.
• Collaborated with a cross-functional team from operational areas encompassing controlling, regulatory, product management, sales, and marketing staffs to decide which products should be manufactured where.
• Automated aqueous polymerization and quaternization process.
• Resolved reoccurring equipment problems around heat exchangers.
• Spearheaded installation drumming operations’ automation processes.

Ludwigshafen, DE

• Contributed sharp analytical abilities toward completing numerous special projects to install a new accounting system, along with resourcefully resolving TSCA inventory, regulatory, and additional audit issues to.
• Served on a patent team for amphoteric cationic polymers for controlling deposition of pitch and stickies in papermaking.
• Effectively provided technical support to customers and sales, and resolved problems with applications of chemicals.
• Served as NSF Site Coordinator and Auditor.
• Successfully rolled out a new cost accounting system.
• Conceptualized, developed, and led Chemical Operator training.

Ludwigshafen, DE

• Played a vital role in improving site processes and resolving daily production issues, including collaborating with team members to deliver new products and / or process improvements to meet customer needs, as well as.
• Reverse-engineered the competition’s technology based on price and chemistry.
• Scaled up new monomers and polymers from the laboratory, pilot plant, and into the plant.
• Resolved complicated chemical side reaction of a randomly occurring quality issue with aqueous copolymer.
• Generated a 50% reduction in cycle time and improved quality by creating a new aqueous polymerizations method.

Bachelor’S Degree, Chemistry And Biology

Education record