Helper Frac Acid Jobs (NOW HIRING)

Treatment Design and Dosage Optimization: Own end-to-end treatment design, including fluid volume and product concentration, carrier fluid selection, injection rate, pressure limits, shut-in duration, and flowback strategy. Translate laboratory dose-response, reaction kinetics, mineralogy, coreflood results, fracture geometry, and treatment economics into a documented field recommendation.

Reaction Engineering: Characterize reaction kinetics and penetration depth to determine treatment sizing, and manage precipitation and formation-damage risk in spent-fluid behavior.

Mechanism Validation: Establish and test competing hypotheses for product performance. Distinguish among mineral dissolution, metal complexation, iron control, fines removal, changes in wettability, fracture cleanup, and other potential mechanisms. Define evidence requirements and technical kill criteria before advancing an application or field treatment.

Placement & Diversion: Design placement and diversion strategies that achieve coverage across the full treated interval, for both standalone (e.g., bullhead) and frac-integrated deployment, and help determine which delivery mode fits each well and customer.

Laboratory and Validation Program: Define the application questions that laboratory testing must answer and work with Applications R&D to design the test matrix. Specify and interpret coreflood, fractured-core, dissolution-kinetics, mineralogy, brine-compatibility, precipitation, cement-compatibility, corrosion, and chemical-compatibility studies. Ensure testing uses representative formation rock, fluids, temperature, pressure, stress, saturation, and treatment sequence wherever practical.

Field Execution: Own the field deployment protocol, supervise treatments on location, interpret real-time pressure response to confirm placement, and lead post-job evaluation including flowback chemistry (dissolved Al, Si, Fe)

Formation Screening: Build the screening criteria that determine which formations and basins PetroX Boost serves, enabling expansion across basins and mineralogies

Customer Engagement: Serve as the senior technical authority with operators' engineering teams, articulating the case for PetroX Boost relative to conventional acid and chelant systems.

Platform Development: Support evaluation of additional oilfield applications for our chemical platform as they emerge.

Bachelor's degree in Petroleum Engineering, Chemical Engineering, Chemistry, or a related field; advanced degree welcome but not required

8+ years of hands-on stimulation or acidizing experience, with personal end-to-end ownership of treatment designs and their outcomes

Production enhancement experience across multiple basins

Technical depth in matrix acidizing, reaction kinetics, placement and diversion, and precipitation and formation damage

Experience specifying or interpreting core flood and rock-fluid interaction testing

Demonstrated ability to design for novel fluid systems where field history and offset data do not yet exist

Comfortable as the most senior technical voice with operators, for both technical buyers and executive decision makers

Bias toward action and strong ownership; comfortable without a corporate playbook

Strong desire to meaningfully contribute to American dynamism and the global resource supply chain

Formal chemistry training alongside a stimulation engineering career

Direct experience in the Permian, Bakken, and Eagle Ford basins

Experience with bio-based chemistries

Experience with both standalone treatments and stimulation integrated into completions

Working familiarity with production chemical programs (scale and corrosion inhibitors, biocides, demulsifiers) and how stimulation fluids interact with them

Operator and service company experience