Joe Iovenitti

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• Conducted geoscience principals to determine site suitability for mineral exploration, development, and production project, various geothermal energy exploration, development and production projects (domestic and international) and environmental investigation and remediation projects (domestic)
• Analyzed geoscience data and information to develop the next steps in project execution.
• Collaborated with all project-related team members as well as senior management to develop an integrated project approach while building the project team.
• Developed budgets for exploration, development, and production projects
• Prepared detailed reports summarizing findings and recommendations based on the geoscience investigations.
• Evaluated local academic, technical, and commercial capabilities for geothermal energy development
• Developed comprehensive geoscience models for geothermal energy development
• Provided geoscience support to the development of the ambient seismic noise geophysical method to geothermal energy development with two separate Universities
• Provided Public Relations consultation to the Commonwealth of Dominica on their geothermal development project
• Conducted technology transfer both on a technical and business levels
• On Board of the Northern California Geological Society (NCGS) as the Chair of the K-12 Program and Outreach Program
• Advisor to the University of Southern California (USC) Center for Geothermal Studies
• Editor for the Journal of Sustainable Energy Engineering
• USC invited speaker on geothermal energy exploration
• University of Berkeley California invited speaker on geothermal energy exploration
• Invited presenter at the 2015 World Geothermal Congress Melbourne Australia
• Invited to submit a paper to the Geothermics Special Issue on EGS
• Interacted with a wide range of stakeholders
• Collaborated with multidisciplinary teams to interpret data and inform strategic decision-making.
• Presented findings at industry conferences, contributing to knowledge sharing within the geology community.
• Mentored junior geologists by sharing expertise and providing guidance on project tasks, fostering a supportive work environment
• Maintained up-to-date knowledge of industry trends, attending conferences and workshops for continuous professional growth
• Improved geoscience mapping accuracy by implementing advanced techniques and technologies in data collection
• Coordinated with external partners such as government agencies or consulting firms to facilitate smooth project execution processes
• Monitored regional seismic activity, providing timely updates on potential hazards to relevant stakeholders as part of the USC Induced Seismicity Program

• Providing business consulting services for project development, Intellectual Property development, contract negotiations, investing and fund raising.
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• Identified a geothermal energy production field for an $30M Enhanced Geothermal System (EGS) Demonstration Project No. 1
• Led the initial EGS Demonstration Project No. 1 business discussion with the operator of the geothermal energy production field
• Led the drilling and installation of a microseismic array for the EGS Demonstration Project No. 1
• Led strategic planning initiatives to evaluate over 660,000 acres of leased land for geothermal energy exploration
• Identified suitability of geothermal wells for a $48M EGS Demonstration Project
• Managed and led a multi-disciplinary, multi-year team (internal staff, University Professors and Researchers, and contractors) on the development of a calibrated EGS exploration methodology using the Dixie Valley Geothermal District as the laboratory test site
• Identified and led the evaluation of numerous geothermal energy projects for domestic and international hydrothermal and/or EGS development
• Member of Anderson Springs Investigation Mitigation Committee dealing with impacts from operations at The Geysers Geothermal Field, California
• Developed and obtained a patent on the "Use of wastewater in Enhanced Geothermal Systems"
• Oversaw cross-functional teams to enhance collaboration and operational efficiency
• Fostered relationships with key stakeholders to drive business growth and innovation
• Led organizational strategy development to enhance operational efficiency
• Led cross-functional teams for the successful completion of major projects, resulting in increased efficiency and client satisfaction
• Managed financial planning and budgeting processes, ensuring fiscal responsibility

• Led the source investigation portion of Remedial Investigation Report on chemical and radiological contamination at the Lawrence Livermore National Laboratory (LLNL) Main Site Superfund Site with internal Weiss Associates and LLNL staff and contractors
• Originated, developed and led the development of a Vadose Zone Investigation Program where vadose zone contamination was evaluated through an integrated approach involving field, laboratory and numerical studies
• Led the Subsurface Investigation for the experimental Dynamic Stripping Project at LLNL
• Developed the concept and led the investigation by a multi-disciplinary team of physicists and geoscientists in using acoustic energy to increase the permeability of low permeability soils and increase fluid flow. This technology also proved useful for enhanced oil/gas production.
• Obtained a patent on the use of acoustic energy to increase subsurface permeability and fluid flow via beam steering and phase focusing
• Led and participated in various investigations of chemical and metal contaminated sites at both public and private sector sites
• Developed and led an Innovative Technology Group to develop, test, demonstrate and commercialize a variety of earth science technologies for various applications
• Interacted with various regulatory and project stakeholders
• Led the development and commercialization of a variety of environmental technologies
• Mentored over 30 staff
• Presented findings at industry conferences, contributing to knowledge sharing within the geology community
• Developed and implemented real-time data interpretation and communication strategies for field investigations

• Consulted on a number of geothermal energy exploration and development projects and led teams for project execution
• Consulted on a number of environmental investigation and remediation projects and participated on teams for project execution
• Collaborated with multidisciplinary teams to interpret data and inform strategic decision-making

• Led geoscience assessments to support for the development of the Puna Geothermal Field, Hawaii
• Led geoscience assessments to support exploration and production at The Geysers Geothermal Field, California
• Supported business decisions on exploration at The Geysers Geothermal Field
• Resolved a problem with metallurgy at the Puna Geothermal Field, Hawaii
• Led the use of innovative exploration technology
• Led geoscience assessments for geothermal energy exploration, development and production at numerous projects in the US and internationally
• Developed and implemented exploration strategies for resource identification
• Conducted detailed geoscience mapping and analysis to improve site selection.
• Prepared a proposal to the U.S. Department of Energy the proposal and led the project that involved drilling and reporting in a 4800-foot thermal gradient hole in the High Cascade Range in Oregon
• Was elected tp the Geothermal Resources Council Board of Directors via a nomination by membership
• Was a member Member of the Geothermal Resource Advisory Group to Lawrence Berkeley National Laboratory
• Mentored junior geologists in best practices, technical methodologies, data analysis and field investigations
• Developed and implemented strategies for resource optimization in energy production
• Conducted site evaluations to ensure compliance with environmental regulations
• Collaborated with multidisciplinary teams to enhance project outcomes and efficiencies
• Presented findings to stakeholders, influencing strategic decision-making processes

Led geological multiple exploration and development geosentific investigations on geothermal projects throughout the western U.S. with a focus on north-central Nevada

• Conducted the first comprehensive 3D geoscience assessment of a geothermal exploration area
• Led exploration and development assessment of the Beowawe Geothermal Field in Nevada including the evaluation of eight deep geothermal wells
• Site drilling geologist for shallow (500feet) and intermediate (2000feet) as well as three deep exploration wells
• Conducted a detailed assessment of all deep wells drilled by the company the company exploration manager
• Collaborated with cross-functional teams to optimize exploration strategies and project timelines.
• Led geological assessments to identify resource opportunities and optimize extraction strategies.
• Developed and implemented site-specific geological models to enhance operational efficiency
• Mentored junior geologists in data interpretation and fieldwork techniques, fostering skill development
• Conducted detailed analysis of subsurface geology to inform drilling programs and mitigate risks
• Collaborated with cross-functional teams to integrate geological data into project planning processes
• Presented findings to senor management and stakeholders, translating complex geological concepts into actionable insights
• Streamlined reporting processes for geological studies, improving accuracy and timeliness of deliverables

• Conducted thorough literature reviews to support research projects and inform study design
• Performed X-ray fluorescence and diffraction analyses, as well as petrographic and scanning electron microscope studies
• Assisted in data collection, ensuring adherence to protocols and maintaining accuracy throughout processes
• Analyzed research data using statistical software, contributing to findings and enhancing report quality
• Organized and maintained extensive databases for research tracking and documentation purposes
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