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Heirloom Carbon

Direct air capture to mineralize CO2

Lead Project Engineer - Oxy-Combustion

Process EngineeringUpdated on Nov 11
Full-time

About the Job

Requirements

  • Bachelor's degree in Chemical or Mechanical Engineering; Chemical Engineering is preferred.
  • 10+ years of engineering experience on power or industrial process projects, including 5+ years as a project or lead engineer.
  • Experience delivering at least one major combustion, steam generation, gas processing, or similar process unit from detailed design through commissioning and startup.
  • Hands-on field experience during construction, commissioning, and startup troubleshooting.
  • Experience with process engineering, including heat and material balances, PFDs and P&IDs, and process simulation using Aspen Plus/HYSYS, Thermoflex, or equivalent.
  • Knowledge of boilers/HRSGs, burners, flue gas recirculation, burner management systems, and combustion controls.
  • Knowledge of process safety, including HAZOP, LOPA, SIL, and oxygen-service design and cleaning practices (CGA G-4.4/EIGA).
  • Knowledge of flue gas treatment, including SCR and direct contact coolers, and CO₂ compression, purification, or cryogenic air separation interfaces.
  • Knowledge of performance testing to ASME PTC standards, performance guarantees, and OEM warranties.
  • Experience with technical bid evaluation, vendor document control, and scheduling tools such as Primavera P6 or MS Project.
  • Willingness to travel approximately 50% to vendor shops and the West Texas site, and to take an extended onsite assignment during construction and commissioning.

Responsibilities

  • Own the oxy-combustion island's technical delivery from detailed design through procurement, construction, commissioning, performance testing, and COD.
  • Own the island's process design basis, heat and material balances, operating envelopes, and air-fired, oxy-fired, and transition cases across load and ambient conditions.
  • Review and approve PFDs, P&IDs, datasheets, line lists, and control narratives from the design engineer and OEMs; lead 30/60/90 design and model reviews.
  • Define and manage process interfaces with the ASU, CPU, steam turbine-generators, and air-cooled condenser, including oxygen purity and pressure, flue gas composition to CPU inlet specification, air in-leakage limits, and steam conditions.
  • Lead HAZOP, LOPA, and SIL reviews focused on oxygen service, oxygen-enriched and high-CO₂ atmospheres, and drive action close-out.
  • Collaborate with Supply Chain on technical specifications, RFPs, and material requisitions for island packages.
  • Prepare technical bid evaluations and recommend awards.
  • Manage OEM technical deliverables, vendor document reviews, and design changes; protect performance guarantees.
  • Witness shop inspections and factory acceptance tests for critical equipment.
  • Serve as the owner's technical lead on site for the island; resolve RFIs, field changes, and nonconformances.
  • Develop and own the island commissioning strategy with the commissioning lead, including system turnover, first fire on air, and staged transition to oxy firing.
  • Lead troubleshooting and tuning of flue gas recirculation, oxidant flow, and O₂ trim control with the OEM and controls team.
  • Plan and witness performance and guarantee testing; close punch items through COD; deliver turnover packages and operations readiness.
  • Maintain the island technical risk register, interface register, and change log; flag engineering-driven schedule risk early.
  • Support cost and schedule updates for stage gates and manage technical change orders.
  • Develop engineering procedures, design guides, and lessons learned to make the island more repeatable at each Energy Park campus.

Desired Qualifications

  • Oxy-combustion, oxy-fuel, or carbon capture experience is a strong plus.
  • A Professional Engineer (PE) license is a plus.

About the Company

Heirloom Carbon

Direct air capture to mineralize CO2

Heirloom Carbon uses Direct Air Capture with limestone to speed up carbon mineralization, turning atmospheric CO2 into rock. Its product is carbon removal credits tied to permanent CO2 storage, either underground or in building materials like concrete. The company differentiates itself by its limestone-based mineralization approach and a target price under $100 per ton by 2035, built on a commercial facility opened in 2020. Its goal is to help buyers reach carbon neutrality through affordable, permanent removal with a small environmental footprint.

Company size
51-200
Company stage
Series B
Total funding
$204M
Headquarters
Brisbane, CA
Founded
2020

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