Instrumentation and Controls Engineer
ETCH
Instrumentation and Controls Engineer
ETCH
Produces clean hydrogen and solid carbon
ETCH, INC
Instrumentation & Controls Engineer – Job Description
Baltimore, MD Full-time
ETCH is a startup commercializing a radically new and efficient decarbonization technology for the simultaneous greenhouse gas-free production of hydrogen and solid carbon from natural gas.
The Instrumentation & Controls Engineer position at ETCH, INC will maintain and improve current SCADA systems and perform I&C design for systems under development (controls, instrumentation, data collection, electrical, and connectivity). Primary duties are designing and implementing control logic, developing specifications for PLC control and instrumentation, and guiding control and instrumentation testing for ETCH’s pilot and scale-up reactor.
Other duties include:
Qualifications:
For immediate consideration, please submit your resume to [email protected].
ETCH is committed to equal opportunity for its employees. To that end, ETCH does not discriminate on the basis of sex, gender, marital status, pregnancy, race, color, ethnicity, national origin, age, disability, religion, sexual orientation, gender identity or expression, veteran status or other legally protected characteristic. ETCH is committed to providing qualified individuals access to all employment programs, benefits and activities on the basis of demonstrated ability, performance and merit without regard to personal factors that are irrelevant to the program involved.
Compensation commensurate with relevant experience.
ETCH Inc. develops clean hydrogen and solid carbon from natural gas using the ETCH Process, a proprietary, patented technology. The process splits methane into hydrogen and solid carbon through a closed-loop chemical cycle, does not require water, uses earth-abundant minerals as a recyclable catalyst, and emits minimal to no carbon dioxide. It is designed to be scalable from small, distributed units to utility-scale systems and can be integrated into existing natural-gas–fired plants and industrial facilities. ETCH’s approach differentiates itself by waterless methane pyrolysis with a recyclable mineral catalyst and a closed-loop cycle that yields solid carbon as a stable co-product, enabling modular, low-maintenance decarbonization units. The company aims to commercialize these units for heavy industry, energy, and other sectors seeking decarbonization, with a goal of reaching DOE Hydrogen Shot cost targets (below $1 per kilogram of hydrogen) through broad deployment.
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