Expertise to accelerate basic and applied research and development
Increase productivity and pace of scientific innovation and applied research projects in traditional energy, critical materials, energy storage and environmental sustainability including water, air quality, carbon capture, energy storage, batteries and hazardous waste management.
OVERVIEW
Spur innovation with deep expertise in chemistry, thermodynamic modeling and industrial electrolyte applications
Utilize decades of electrolyte technology development, unique thermodynamic models and unparalleled chemistry property database along with deep expertise successfully addressing industrial electrolyte challenges to jumpstart research projects and innovate faster.
APPLICATIONS
Proven track record of successfully commercializing new technologies through research collaborations
Extensive expertise building research partnerships with private and public sector organizations to successfully win projects from various government organizations including US Department of Energy and National Labs. Proven experience creating and executing Joint Industry Partnerships (JIPs) with the largest global industrial companies.
Lithium and Rare Earth Elements mining and recycling research with the Critical Materials Institute and Idaho National Lab funded by US Department of Energy.
Mineral scaling modeling and process simulation software development with the National Alliance for Water Innovation (NAWI) and Lawrence Livermore National Labs funded by the US Department of Energy.
CO2 Capture process modeling research jointly with SRI International for a US Department of Energy funded initiative.
CO2 Transportation research to mitigate corrosion damage in pipelines and shipping containers with Institute for Energy Technology (IFE) in Norway.
HF Alkylation Joint Industry Program (JIP) with 11 of the largest global Refiners to mitigate corrosion risk in HF Alkylation Units and enhance operational safety.
Lithium and Rare Earth Elements mining and recycling research with the Critical Materials Institute and Idaho National Lab funded by US Department of Energy.
Mineral scaling modeling and process simulation software development with the National Alliance for Water Innovation (NAWI) and Lawrence Livermore National Labs funded by the US Department of Energy.
CO2 Capture process modeling research jointly with SRI International for a US Department of Energy funded initiative.
CO2 Transportation research to mitigate corrosion damage in pipelines and shipping containers with Institute for Energy Technology (IFE) in Norway.
HF Alkylation Joint Industry Program (JIP) with 11 of the largest global Refiners to mitigate corrosion risk in HF Alkylation Units and enhance operational safety.
DIFFERENTIATION
Unique blend of expertise in chemistry, thermodynamic modeling, applications engineering and software development
Only OLI delivers the blend of chemistry knowledge, world class thermodynamic modeling expertise, deep understanding of applications, and capability to perform mass, energy and species balance with an unparalleled software tool. The unparalleled talent pool of electrolyte research scientists, application engineers and software developers makes OLI a versatile and trusted research partner for the leading research institutes and R&D departments of industrial companies.
