Reservoir Engineer

Charm Industrial•Fort Lupton, CO

2d•Hybrid

About The Position

Charm is looking for a Reservoir Engineer to manage the technical aspects of bio-oil sequestration. This role involves understanding reservoir behavior for injection, including capacity, pressure, duration, and regulatory compliance. The engineer will be responsible for both subsurface reservoir engineering and permitting activities, specifically drafting and managing Class V UIC permit applications. This is a hands-on position requiring collaboration with subsurface, land, operations, and MSE teams to ensure efficient and compliant injection operations.

Requirements

Working knowledge of UIC permitting (Class I, Class II and/or Class VI) — you've drafted or meaningfully contributed to permit applications, area-of-review analysis, or pressure/plume modeling narratives — or you have deep reservoir expertise and a clear appetite to build permitting into your toolkit.
A degree in petroleum or chemical engineering, or a closely related geoscience/engineering field.
5+ years of reservoir or subsurface engineering experience — injection/disposal (SWD), EOR, carbon storage, or reservoir management.
Hands-on fluency with reservoir modeling and forecasting including pressure-transient behavior, petrophysics and formation characterization.
Skills in adapting laboratory derived data into actionable optimization in the field
Strong technical writing — you can turn quantitative analysis into narratives that regulators, finance, and non-engineers can follow and trust.
Strong stakeholder and cross-functional communication skills; comfortable picking up the phone to work through a problem with a teammate, consultant, or regulator.
A proactive, organized, self-directed working style that thrives in a fast-paced startup where you'll wear multiple hats.
A demonstrated passion for contributing to our mission.

Nice To Haves

Direct experience with carbon storage or Class VI / Class V injection.
Design and interpretation of pressure-transient tests, step-rate tests, tracer surveys, or mechanical integrity tests (MIT).
Familiarity with pore space, mineral rights, well bonding, and the land/regulatory interfaces of injection projects.
Experience with reservoir simulation or subsurface software (e.g., CMG, Petrel, Kappa) and data/analytics workflows.
Prior experience in a lean or early-stage operating environment.

Responsibilities

Draft, assemble, and steward Charm's Class V UIC permit applications for EPA regional and state programs in collaboration with other members of the development team.
Translate reservoir engineering work directly into permit-ready technical narratives, and lead the response to regulator questions and deficiency letters.
Coordinate with Charm’s Head of Development and subsurface consultants to keep applications moving on schedule so that Charm’s injection operations are never roadblocked by regulatory timelines.
Develop and maintain relationships with key state, regional and federal regulators
Monitor subsurface reservoir response to ongoing injection using pressure data, tracer surveys, and formation logs, identifying anomalies early.
Build and maintain analytical tools that track injection performance, flag pressure deviations, and forecast potential reservoir problems.
Analyze reservoir behavior to optimize injection rates, protect formation integrity, and prevent unintended fluid migration to shallower zones.
Partner with Charm’s Head of Injection Development and the MSE team on designing and executing high-impact subsurface studies including formation characterization, reservoir modelling inputs, and other laboratory projects .
Evaluate opportunities to improve injection efficiency or expand the injection footprint as new sites come online.
Design data collection and field studies to advance both subsurface understanding and permitting activities
Travel as needed to support ongoing operations, new well development and permitting
Build and update well-by-well and portfolio-level injection forecasts to support capital allocation and business planning.
Assess reservoir uncertainty and communicate end-of-life risk: expected injectivity decline, pressure limits, and mechanical constraints.
Continuously refine forecast models as new field data (pressure tests, tracer returns, MIT results) become available.

Benefits

Equity ownership through stock options
100% employee healthcare premiums covered
Comprehensive medical, dental, and vision coverage with multiple plan options
Employer-funded HSA contributions for eligible HDHP plans
Traditional and Roth 401(k) with a 50% match on contributions up to 6%
Paid leave, including parental and medical leave
PPE and workwear allowances
Annual professional development stipend
Employee recognition programs that celebrate impactful work and team contributions
Opportunities for internal growth, career development, and transition into climate from a range of industries and backgrounds
Visa Sponsorship Policy (E3 and TN visas only)