OLI is dedicated to advancing sustainability by providing comprehensive property databases, modeling frameworks and software solutions that address fundamental reactions and phenomena impacting environmental stewardship. Our unique capabilities enhance the sustainability of chemical processes across industries such as oil and gas, chemicals, mining, power generation and water treatment. Sustainability is not a choice The deep commitment to make the world a better place is imperative for future generations—from clean air and water and purity of land and natural resources to conservation, energy storage, renewable energy and recycling. “The flexibility of the model and technical support OLI provides are innovative and give us a great technical tool to support our customers.” Kathleen Willis Technical Advisor, Athlon, a Halliburton Service Electrolyte and water chemistry influence sustainability OLI’s comprehensive property database, modeling frameworks and software tools address many of the fundamental reactions and phenomena that impact sustainability. Over the last five decades, only OLI has introduced unique capabilities to enhance sustainability of chemical processes in oil and gas, chemicals, mining, power generation and water treatment applications. Insights to accelerate sustainable chemical processes Model based analytics provide predictive and prescriptive insights. Desulfurization to enhance air quality Sulfur dioxide (SO 2) emissions produced by fossil fuel combustion in gasoline refining and the production of cement, paper, glass, steel, iron and copper contribute to acid rain that harms sensitive ecosystems and causes significant respiratory issues in humans. OLI’s Mixed-Solvent Electrolyte model available in OLI software platform helps engineers, scientists, and operators enhance air quality and improve regulatory compliance by reliably predicting phase, chemical equilibrium and kinetic processes in flue-gas desulfurization. Eliminating toxic contaminants in water treatment Toxic elements like mercury, arsenic, lead, selenium and various actinides are harmful to the environment and plant, animal and human life. At the same time, formation of mineral scales such as struvite affects water treatment processes. The vast chem
