Boiler & Turbine Systems Subject Matter Specialist

Hargrove and Associates•Mobile, AL

27d

About The Position

The Boiler & Turbine Systems Subject Matter Specialist serves as the organization’s top technical authority for industrial steam and power‑generation systems, providing expert guidance on boiler, HRSG, turbine, condenser, and steam‑system design and sizing. This role leads thermal cycle modeling, equipment specification, and system integration for both new installations and major upgrades across industrial and pulp-and-paper utility operations. With extensive experience in boiler and turbine projects—and preferably OEM exposure—the specialist ensures robust, efficient, and reliable power‑and‑steam solutions across the facility.

Requirements

B.S. in Mechanical, Chemical, or Power Engineering
20+ years in industrial boiler/HRSG/turbine project engineering for mill utilities, power islands, or CHP.
Codes/standards and typical methods: ASME BPVC Section I, ASME B31.1, HEI condenser standards, API 611/612, API 616, TEMA, NFPA 85, and ISA valve/control practices.
Strong working knowledge of Thermoflow (e.g., THERMOFLEX/GT PRO/STEAM PRO), or equivalent cycle modeling tools; familiarity with AFT Fathom/Arrow or PIPE‑FLO for hydraulic calculations; proficiency with Excel‑based sizing sheets and data reconciliation.
Practical integration on pulp & paper power islands and mill utility systems (e.g., steam ties to paper machines, recovery/power boiler interfaces, load swings, islanding strategies, and balance‑of‑plant impacts).
Ability to lift and carry in excess of 25 lbs.
Ability to sit, stand, or walk for long periods of time

Nice To Haves

P.E . is preferred but not required.
OEM exposure

Responsibilities

Extensive boiler and turbine projects experience across FEL/FEED through detail design and start‑up support (cogeneration/CHP, new installs, retrofits, and debottlenecking).
Proven ability to perform and stamp/lead core calculations and deliverables: heat & mass balances, Rankine/Brayton/combined‑cycle analysis, steam/water balances, duty/flow/pressure sizing for boilers, HRSGs (single/multi‑pressure, with/without duct firing), steam turbines (backpressure & condensing), gas turbines integration, and condenser selection/sizing (duty, approach, vacuum, CW options, air‑cooled vs. water‑cooled).
Steam system design & controls: header configuration and pressure‑level strategy, letdown/PRV stations, desuperheating/attemperation, bypass/relief and PSV sizing, condensate return, DA/feedwater systems, and overall mill steam stability and turndown.
Creation/review of PFDs/P&IDs, equipment datasheets/specs, control narratives, and commissioning plans; vendor bid technical evaluations and lifecycle cost comparisons.