Professional Engineering Services
Since 2001, Leonardo Technologies, Inc. (LTI) has provided technical and management consulting expertise to public and private clients in the energy sector. Comprised of a dedicated team of engineers, scientists, economists, and policy experts, the practice is united by a passion for energy, including the technologies that transform it, the resources that provide it, and the infrastructure that delivers it.
Delivering data-driven insights and technical evaluations to support complex energy sector projects and investment decisions.
Evaluates project economics, capital expenditures, and technical trade-offs to ensure cost-effective system performance.
Utilizes computational models and data analysis techniques to simulate energy grid operations and evaluate system constraints.
Evaluates available energy resources and technical capacities to determine project feasibility and strategic alignment.
Guiding new energy technologies from early-stage research through commercialization and market integration.
Supports the design, testing, and development of novel technologies in power generation, carbon management, and hybrid energy systems.
Facilitates the scaling and market adoption of innovative technical solutions within domestic and international energy markets.
Formulating long-term program pathways and developing technical visualizations to communicate complex energy concepts.
Develops comprehensive plans, program frameworks, and regulatory roadmaps for energy infrastructure and deployment projects.
Translates technical data and system architectures into clear visuals and outreach materials for stakeholders and decision-makers.
Power Generation · Oil & Gas · Renewable Energy · Carbon Capture
Wyoming · Carbon Capture · 2020 · Client: US Department of Energy
Assisted the US Department of Energy in conducting a carbon capture, utilization, and storage (CCUS) study for selected coal-fired power plants. The study evaluated potential opportunities for retrofitting existing plants, the economic impact on local communities, and the overall reduction in carbon dioxide (CO2) emissions.
Colorado · Carbon Capture · 2018 · Client: US Department of Energy
Evaluated the potential for capturing carbon dioxide from existing coal-fired power plants in Colorado, providing a broad assessment of CO2 resources and analyzing opportunities to support nearby enhanced oil recovery (EOR) operations.
Colorado · Carbon Capture · 2019 · Client: US Department of Energy
Conducted a techno-economic case study of adding carbon capture, utilization, and storage (CCUS) to the Comanche Generating Station as a representative coal-fired power plant.