Boiler/HRSG/Packaged Module Engineer

Boiler/HRSG/Packaged Module Engineer

Together, we own our company, our future, and our shared success. As an employee-owned company, our people are Black & Veatch. We put them at the center of everything we do and empower them to grow, explore new possibilities and use their diverse talents and perspectives to solve humanity's biggest challenges in an ever-evolving world. With over 100 years of innovation in sustainable infrastructure and our expertise in engineering, procurement, consulting and construction, together we are building a world of difference.

The Opportunity As a Boiler, HRSG, and Packaged Module Engineer, your role is to support projects with steam generation and air quality control equipment. The projects will be diverse and range in size and complexity (e.g., root cause analysis, feasibility studies, FEL1-3, AACE Class 5-3, EPC contracts, startup and commissioning, etc.). You will be a self-motivated engineer willing to take on any task, working both individually and as part of our team of subject matter experts in the Mechanical Equipment Group. The power industry is the focus of most of our jobs, but opportunities to support other industries, such as oil & gas, process, and others will be available. It is expected the split of time will be approximately 50% to Power Industry and 50% to Oil & Gas Industry. This job will also provide the opportunity to work on a variety of projects, as multiple projects will be supported at any time including both small services and large scale EPC project execution.

Key Responsibilities Critically think through issues clients experience with their steam generation (e.g., Rankine boilers, HRSGs, auxiliary boilers), draft (e.g., ID fans, ductwork), and air quality control equipment (e.g., FGDs, ESPs, PJFFs, and SCRs) and supporting systems to identify potential resolutions. Have a working knowledge of how to apply design codes (e.g., ASME Section VIII, Division I; NFPA 85, NFPA 497, etc.) and federal regulations (40 CFR 60, 75, and 63). Expertise is not required with any particular code, but familiarity with how to navigate, interpret, and apply codes is required. Develop technical specifications for the procurement of steam generation, draft, and air quality control equipment. Perform technical evaluations of formal bids received in response to issued specifications and support project teams in awarding the contract. This includes clarifying exceptions, deviations, and omissions by suppliers to the specification, leveling each bid against each other for a thorough evaluation. Coordinate with equipment manufacturers to select the most technically acceptable design solutions. Review drawings and documents from suppliers for completeness and acceptability of design and conformance to specifications and contracts. Effectively communicate with other engineering disciplines to integrate equipment designs within the overall project. Attend factory acceptance tests, identifying issues or confirming the equipment is ready to ship. Support startup and commissioning teams. Develop calculations to support projects' design. A solid understanding of basic science and engineering principles is expected. Write reports summarizing the work completed and the findings from studies executed for clients. Support proposal efforts to win new work, estimating hours needed to execute potential jobs and helping write our proposal documents. Interface with clients, leading project meetings. Present at technical conferences when opportunities are available. Assist juniors to develop their engineering skills. Around 10-25% travel can be expected. Some team members travel over 25%, while some travel less than 10, and on average, a handful of week-long (or less) trips per year should be expected. International travel is occasionally, but infrequently, required.

Preferred Qualifications Experience in LNG, Offshore LNG Experience in Ammonia, Urea, Fertilizer Plants. Experience with coal-fired power plants. Experience with combustion turbines, steam turbines, boilers, and HRSGs. Experience with the steam cycle used for power production and components of the steam and water systems. Experience with the draft and air quality control systems from combustion of fuels used for power production. Experience with auxiliary boilers for industrial processes. Proficiency with Microsoft Office products, notably Excel, for developing calculations. Competency with technical writing – writing sample is requested. Familiarity with industrial facilities and their operations, specifically general safety expectations. Exposure and familiarity with other engineering disciplines (e.g., electrical, civil, structural, I&C, chemical) and project groups (e.g., construction, controls, procurement, document control, etc.) Experience with US EPA regulations and how they are applied to industry, specifically power plants via BACT, Four-Factor, and other analyses. Experience with emissions regulations and how to demonstrate their compliance via CEMS and EPA Part 60 test methods. Experience with NFPA 85 and ASME Section VIII, Div 1. Have mentoring skills to work with and encourage junior staff. Outstanding written and verbal communication skills. Experience to handle multiple jobs/projects. Excellent organizational skills and time management skills.

Minimum Qualifications Bachelor's degree in Chemical or Mechanical Engineering. Minimum of 10 years of relevant experience. Licensed as a Professional Engineer in USA and/or Professional Engineer in Canada.

Compensation Transparency In accordance with local requirements, the annual compensation ranges for this role are listed below by state or jurisdiction and reflect the applicable office location(s) within each. Final compensation is determined based on factors such as skills, experience, qualifications, internal alignment, geographic location, and other factors permitted by law. State of Colorado: $120,406 - $201,080 Salary Plan ENG: Engineering Job Grade 016