Jeffrey Bone Email & Phone Number

Parker, Co, Us

Denver, Colorado, United States

Greater Denver Area

I design custom machined parts for upgrades and modifications, help customers identify parts on their machines, debug and troubleshoot existing issues and provide quotes and sales order processing for them based on their needs. I create and update assemblies and drawings using CAD and maintain BoMs in our PDM system and customer documentation packages. I compile a comprehensive list and provide pricing for all spare parts recommended to our customers for their latest projects.I am also involved in inspecting parts for quality assurance.

Orlando, Florida

Fluid auxiliaries Lead Engineer for a South Korean gas turbine project whose responsibilities included creating purchasing specifications for all equipment including pumps and motors, compressors, air tanks, air dryers, filters/strainers, valves, pressure/flow transmitters, thermocouples, heat exchangers, gauges, and fittings. All components were ordered through me so while ensuring code compliance as well as P&ID execution, I would communicate directly with suppliers and let them know whether or not their product would meet company standards and strict design criteria. From the scope of my work, I have developed very efficient methods of working with and handling supplier documentation such as Bill of Materials, GA drawings, O&M manuals, pump curves, transmitter data sheets, and sizes of all equipment to ensure the equipment was functional for its intended purposes.I would regularly communicate with engineers of other disciplines such as electrical, structural, and controls engineers to ensure the safety of the equipment being ordered and installed.I designed, outlined a process, and fully wrote instructional procedures for on-site flushing of installed piping branches to remove dirt, weld scale, and anything that could introduce a problem to components throughout the system and wear down the expected life of the system. My duties included writing an installation and commissioning procedure which included:1) Removing specific components that could be harmed by high velocity flow through them.2) Creating an efficient flushing path through the network of piping to maximize oil flow.3) Branching off piping sections by using flushing equipment.4) Specifying flushing equipment needed.5) Step-by-step instructions on which pumps to turn on and when, time needed for each flushing section, and which components to bypass.6) Testing the oil for cleanliness.7) Reinstallation of all components as shown specifically on the P&ID.8) Back to full operation.