Ivan B. Email & Phone Number

Houston, Texas, United States

Houston, Texas, United States

• Acted as the lead process engineer with the Pembina PMT on the Jordan Cove LNG project. Duties included:
• Developed the pre-FEED basic engineering design data document (BEDD) for the pre-FEED evaluation of three engineering contractors.
• Ranked each contractor based on technical performance in pre-FEED for selection of two contractors for advancement to the FEED stage of the project.
• Reviewed and commented on FEED package deliverables to ensure documents were on schedule, technically correct, of high engineering quality, and complied with all requirements of the contractual project basis of design.
• Ensured applicable state and federal regulatory requirements, established codes, standards, and recognized and generally accepted good engineering practices were met.
• Participated in PFD and P&ID line-by-line reviews, HAZID studies, HAZOP and LOPA studies.

Houston, Texas Area

Lead Process Engineer with the Veresen Project Management Team (PMT) on the Jordan Cove LNG Project. Veresen was acquired by Pembina Pipeline Corporation on October 2, 2017. Continued as Lead Process Engineer on the Jordan Cove LNG Project with Pembina with the same duties and responsibilities.

Houston, Texas Area

• Acted as a senior LNG process engineer with the Chevron/Apache joint venture on the Kitimat LNG project.
• Developed engineering, procurement, and construction basis of design contractual documents for the project.
• Performed greenhouse gas and criteria pollutant (SOx, NOx, and CO) emissions studies and comparison of emissions for various gas turbine drivers (Frame versus Aeroderivative) for the liquefaction refrigeration.
• Performed LNG production profile studies accounting for local ambient temperatures and various feed gas compositions.
• Reviewed and commented on FEED package deliverables from the engineering contractors.
• Participated in project P&ID line-by-line reviews, 3-D Model reviews, process safety information readiness reviews, HAZID studies, HAZOP studies, and process hazards analysis and safety objectives analysis studies.

Houston, Texas, United States

• Acted as senior staff process engineer with ConocoPhillips E-Gas™ Gasification Technology Group.
• Developed the technology design manual and design basis documents.
• Processed engineering design tools employing VBA for Microsoft Excel automation.
• Performed optimization studies to improve gasification technology (e.g., evaluated the application of ConocoPhillips S-Zorb™ technology for desulfurization of hot E-Gas™ synthesis gas) and provided process engineering.
• Developed PFDs P&IDs, process simulations using Aspen Plus E-Gas™ model, H&MBs, equipment sizing calculations, control loop narratives, cause and effect tables establishing safety integrity levels for the safety.

Bellevue, Washington, United States

Contract Process Engineering position with Ionics RCC, a subsidiary of GE Infrastructure specializing in wastewater treatment technologies featuring mechanical vapor recompression brine concentration and crystallization technologies. Responsible for the development of proposals and feasibility studies, PFDs, process simulations using in house simulator.

Richland, Washington, United States

Radioactive Liquid Waste Treatment Facility Upgrade Project, Los Alamos, NM:As a process engineer on the Radioactive Liquid Waste Treatment Facility (RLWTF) Upgrade project, was the lead engineer for development of the conceptual design P&IDs for the new facility. The design process involved dialogue with the client to ascertain client preferences, study.

Richland, Washington, United States

• Acted as CVDF Vital Safety Systems Design Authority at the Cold Vacuum Drying Facility (CVDF) on the spent nuclear fuels project.
• Established and documented the configuration baseline for the systems, structures, and components (SSC) assigned.
• Possessed knowledge of the system configuration basis and operating limits from the safety analysis report.
• Oversaw configuration management of the SSCs in each of the respective phases of the facility life cycle (design, construction, operations, and decommissioning).
• Maintained the configuration baseline consistent with the physical configuration of the SSCs, including review and approval of modifications to the existing configuration, and ensured that the configuration baseline.

Bothell, Washington, United States

• Acted as process engineer on engineering, procurement, and construction contract for a 2,200-MW natural gas fired combined cycle power generation facility.
• Oversaw conceptual through detail design of the integrated water treatment and wastewater recovery system.
• Developed equipment specifications for vendor requests for proposal, process descriptions, water ion and energy balances, PFDs, and P&IDs.
• Ensured design complied with air and water permit requirements. The integrated water treatment and wastewater recovery systems featured a true zero liquid discharge system which comprised of two 475 gpm mechanical.
• Performed bid analyses of the vendor packages and acted as liaison between project management, client, and vendors to facilitate meetings, presentations, and technical discussions.

Richland, Washington, United States

• The river protection project, waste treatment plant was implemented to design and construct a first of a kind nuclear waste treatment plant to process, treat and immobilize approximately 54 million gallons of highly.
• As a process engineer on the river protection project, waste treatment plant, was primarily responsible for the detailed design, equipment specifications and data sheets, line sizing calculations, system descriptions.

Houston, Texas, United States

• The Shell Maya II project was implemented to expand the Shell Deer Park refinery's crude handling capability by 22%.
• As a process engineer on the Maya II project, was responsible for the development of H&MBs, PFDs, P&IDs, and equipment data sheets for the debottlenecking of the existing amine recovery system, the evaluation of the.

Pasadena, California, United States

• Acted as process engineer working on detailed design for twin 300-metric-ton-per-day clause sulfur recovery units.
• Developed the H&MBs, PFDs and P&IDs, line list, equipment data sheets for the sulfur recovery units, sulfur off-sites and tie-ins to existing facility.
• Performed heat transfer calculations, hydraulic calculations, pump sizing, and blower sizing.
• Wrote specifications for vendor requests for proposal for de-superheating stations, steam jacketing system, steam tracing and steam traps for the cross-country sulfur transfer lines and heating coils for the onsite.
• Performed process simulations using HySim, ProII and Parson’s in-house process simulator.
• Developed steam, water, and utility balances.