Senior Discipline Lead Process Engineer - Gas Processing at Equinox Engineering Ltd. — NeverHard
Senior Discipline Lead Process Engineer - Gas Processing at Equinox Engineering Ltd. in Calgary, Calgary region. Skills: Engineering, Facilities design, Gas Processing, Leadership, Mentoring. Apply on NeverHard.
Company
Equinox Engineering Ltd.
Location
Calgary, Calgary region
Type
full_time
Remote: Yes
Required skills:
Engineering
Facilities design
Gas Processing
Leadership
Mentoring
Process Engineering
Teamwork
Process Engineering Discipline Lead - Gas Processing
Department:
Process Engineering
Employment Type:
Full Time
Location:
Calgary, AB, Canada
Description
Equinox Engineering Ltd.
is a leading Calgary‑based EPCM firm known for delivering innovative facility design and engineering solutions across natural gas, heavy oil, carbon capture, and emerging energy sectors. We partner with top energy producers across Canada and internationally, helping them build the next generation of high‑performance, efficient, and sustainable facilities.
We're looking for a Process Engineering Discipline Lead – Gas Processing who brings deep technical expertise, strong leadership, and a passion for solving complex engineering challenges. In this role, you’ll shape the design and execution of gas processing facilities – from early‑stage concepts through detailed engineering and operational support. This is an opportunity to lead impactful work, mentor the next generation of engineers, and contribute to a diverse portfolio of projects that help drive energy innovation.
Why Join Equinox?
Meaningful work on high‑impact gas processing, NGL recovery, and environmental/energy transition projects.
A people‑focused culture that values technical excellence, teamwork, and continuous improvement.
Opportunity to lead multidisciplinary teams and influence design outcomes.
Exposure to diverse projects and clients across Canada and globally.
A flexible and supportive work environment designed for long‑term career growth.
Key Responsibilities
What You’ll Do
As the Process Engineering Discipline Lead – Gas Processing, you will play a key role in delivering safe, efficient, and reliable facility designs. In this role, you will:
Technical Leadership
Lead the engineering of gas processing projects across all phases – Feasibility, Conceptual Design, DBMs, FEED, and Detailed Engineering.
Develop and validate process models and simulations for gas treatment, NGL recovery, sulphur recovery, acid gas injection, and turbo-expander systems.
Oversee and stamp major process engineering deliverables including H&MBs, PFDs, P&IDs, shutdown keys, control narratives, and engineering reports.
Team Leadership & Collaboration
Manage process engineering deliverable schedules, budgets.
Mentor intermediate, EIT’s, and global workshare engineers.
Collaborate closely with PMPE, multidiscipline engineering teams, vendors, and clients to solve complex technical challenges.
Safety, Quality & Compliance
Lead P&ID and Process Hazard Assessments (PHA) reviews to ensure safe, operable, and regulatory-compliant designs.
Ensure engineering outputs meet API, ASME, ISO, and other regulatory standards.
Project Execution
Support commissioning, start-up, and operational optimization activities.
Technical Excellence
Familiar with both greenfield developments and brownfield additions or modifications.
Experience with sour gas processing and associated liquids handling.
Skills, Knowledge and Expertise
About You
Professional Engineer (P.Eng.) designation with APEGA.
A degree in Chemical Engineering from an accredited institution.
12+ years of industry experience, ideally within gas processing and EPCM project environments.
A proven ability to lead engineering teams and deliver complex, high‑value projects.
Strong communication skills and the ability to collaborate across disciplines and with clients.
Advanced proficiency with process engineering software (HYSYS, UniSim, ProMax, etc.).
Customer-focused with a solutions-oriented attitude
Preferred
Additional P.Eng. designation with EGBC.
Prior EPCM experience supporting large and mid‑scale processing projects.
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