Senior Geochemist

The Senior Geochemist will work primarily in a team-based laboratory environment investigating geochemical processes occurring during water/rock reactions in rock fracture networks. The reaction networks will have direct relevance to the mining, geothermal, geologic H2 , and CO2 sequestration industries. The individual will lead the geochemistry design and execution of our laboratory and field-scale investigations, and collaborate with other geochemists, rock-mechanics and pulse-power engineers on rock fracturing and reactivity projects for geologic carbon storage, geologic H2 production and in-situ mineral recovery from geologic formations. The Senior Geochemist will be involved with the general R&D efforts of the Company, and will also assist in preparing and/or leading proposals and grants for US and international private and public funding opportunities.

The Senior Geochemist will assume many of the following responsibilities, depending upon prior experience:

1. Take an active role in the design and execution of laboratory investigations optimizing geochemical processes related to CO2 sequestration, geological H2, and mineral extraction;
2. Investigation of complex electro-chemical reactions under reservoir conditions;
3. Development and execution of field-scale geochemical sampling programs;
4. Collection and analysis of geochemical samples from reactors, core-flood experiments and field sites;
5. Analysis and interpretation of large, multivariate geochemical datasets pertaining to geothermal and mining environments;
6. Investigation of the effects of mineral dissolution and precipitation on reservoir permeability and porosity at HPHT conditions;
7. Prepare and present project updates, technical presentations and reports for team-members, clients, industry, and academic partners;
8. Prepare governmental reports, funding proposals, research papers, presentations, etc.;
9. Organization of project meetings and documentation of procedures, data and inventions.

The Senior Geochemist will have the minimum qualifications:

1. PhD in geochemistry/geoscience/geological engineering or related field;
2. Minimum 4 years of geochemical laboratory experience;
3. Strong analytical and problem-solving capabilities with the ability to make technically sound recommendations with incomplete information;
4. Prior preparation of successful proposals, publications or patents;
5. Demonstrated ability to communicate and collaborate with interdisciplinary teams.

The following qualifications are preferred:

1. 4+ years field experience in oil & gas, geothermal, hydrogen, CO2 and/or mining applications of geochemical data;
2. Prior experience working with a scientific team and/or providing mentorship;
3. Research experience in fluid-fluid, fluid-mineral and fluid-rock interactions;
4. Experience as a principal or co-principal investigator for external project funding;
5. Aqueous geochemical analyses (e.g. IC, ICP-OES, ICP-MS), gas chemistry analyses (e.g. GC, GC-MS) and field chemical analysis with handheld sensors and instruments;
6. Rock characterization such as fracture imaging (XCT), chemical imaging, mineral microanalyses (e.g., EPMA, LA-ICP-MS, Raman spectroscopy), whole-rock (e.g., XRD, ICP-OES-60 and WDXRF), and microscopy (e.g., FE-SEM, cathodoluminescence, reflected-light microscopy, and transmitted-light microscopy);
7. Design and set-up of water/rock reaction experiments, including at high pressure and temperature and extraction of reacted fluids and gases;
8. Design and set-up of core-flooding experiments, including at high pressure and temperature and extraction of reacted fluids and gases;
9. Experience with HPHT triaxial cells conducting reactive transport tests, core flooding, or permeability investigations;
10. Experience with geochemical- and/or reactive transport modeling;
11. Development and execution of field-scale sampling programs such as sampling well fluids for aqueous geochemical species and dissolved gas analyses;
12. Research experience in mafic and ultramafic petrology and ore petrogenesis;
13. Experience in electro-chemistry;
14. Familiarity with experimental design, setup fabrication and troubleshooting;
15. Experience with sensors, electronic data acquisition- and control, and data logging systems;
16. Experience with CO2 sequestration and mineralization applications, in-situ mining, and/or geological H2;
17. Familiarity with Lab Safety and EHS protocols;
18. Good/Advanced programming skills in Matlab/Python/R. LabView and C++ are a bonus.

Benefits include:

• Medical, dental, vision;
• Vacation – Eden observes Federal holidays, Thanksgiving holiday week, Christmas and New Year, and also provides 15 additional workdays per year (3-weeks) vacation time;
• Sick days, bereavement time;
• Bonuses based on the size/impact of contracts, patents, awards.