Reckitt Benckiser. Plant Technician: Feb 2016 – Present• Repaired ozone generator and UV lights on water purification treatment plant for pharmaceutical applications including. Additional equipment responsibilities included reverse osmosis equipment, membrane ozone generators and UV lights.• Designed and managed Wastewater Treatment system improvements. Properly sized pH metering pumps, added redundant pH sensors, sized and selected proper tank mixer, moved electrical components from inside of humid, harsh tank environment to outside of tank into dry location to improve reliability and designed, tested and installed a v-notch weir box for flow measurement and level indication for the two wastewater treatment systems.• Identified restriction in compressed air system feeding the Granulator equipment. Specified, selected, and installed a new mist eliminator and increased storage capacity of the compressed air system• Reduced air usage by 10%-20% by identifying and repairing air leaks in the compressed air system• Sized, specified and gathered bids for redundant air compressors• Prepared several designs, budgeted and installed an new cold storage room• Installed commissioned and performed SAT for new coating pan furnace

• Lead process manager and designer for patented custom ion generator for removal of heavy metals from contaminated water. (Patented) From idea, to concept, to working model, to full working unit. (100 GPM)• Designed, built, installed, tested and operated water treatment ion reactor and oil dehydration equipment.• Project manager for site surveys, equipment layout, site preparations, site installation efforts• Quickly able to troubleshoot repair equipment failures while in the field• Contributor to oil dehydration centrifuge system design• Designed a trailer mounted centrifuge system for oil dehydration• AutoCAD drawings (P&ID’s, Electrical One Line Diagrams, Equipment Layouts, Site layout)• Performed calculations (pump curves, pressure drop, pH adjustment, electrical load, etc…)• Conducted system operational economic analysis• Identified, specified and selected equipment• Supported manufacturing, installation, commissioning and assembly of equipment• Prepared operations & maintenance manuals, commissioning plans, alarm lists, sequence matrices

• Designed LACT units projected to build up to 10 this year (current project)• Design and built five mobile $1 million trailer mounted decanter centrifuge systems• Designed and a $1.9 million waste water injection module • Design for a $25 million Full Service Terminal• Prepared AutoCAD drawings P&ID’s• Performed calculations (pump curves, pressure drop, pH adjustment, etc…)• Identified, specified and selected equipment• Supported manufacturing and assembly of equipment• Prepared O&M manuals, commissioning plans, alarm lists, sequence matrix’s, etc.

• Prepared operations maintenance and training manuals for custom built industrial water treatment equipment. • Handled all aspects of document control including preparing, submitting and receiving all documents for approval to engineering, manufacturing, vendors, and the customer, including tracking and removal of outdated documents. • Prepared vendor information• Controlled engineering library• Developed digital signature system for paperless system.

• Designed and built a new automated chemical feed system for pretreatment line.• Designed and built several variations to powder coating, parts washer and riveting system for tables division. • Researched and prepared layouts and equipment costs for a new Mfg. facility. • Reduce the waste water stream by up to 50% • Increased the powder coatings capacity by 175%. • Reduced down time from 20 min/day to 20 min/month. • Wrote all the ISO processes and procedures for the Powder Coating and Pretreatment line to become ISO 9000 certified

• Responsibilities included troubleshooting, repair, calibration and general maintenance of entire production floor. The equipment included• Laser’s• Robotic surface mount equipment• Ovens• Bar code scanners• Labeler machines• Conveyors. • Improvements involved router scrap reduction through FEMA and product tracking. With procedural changes and equipment modifications the scrap rate was reduced from 400 modems/week to 40 modems/month