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Veolia Water collaborates with OLI Systems

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Veolia Water Technologies & Solutions will collaborate with OLI Systems, a leader in water chemistry-based process simulation and electrolyte thermodynamics, to optimise operating performance in the refining and petrochemical industries.
This will be done through the use of OLI's innovative cloud platform that delivers actionable insights to operations teams.
OLI's understanding of electrolyte-intensive applications in refining, like crude distillation units, FCC, hydroprocessing, sour water stripping, and HF alkylation, is informed by a comprehensive chemistry property database, rigorous thermodynamic models, and a team of water chemistry professionals.
OLI will work with Veolia to bring these leading capabilities to Veolia field engineers and experts in refining and petrochemicals to improve the efficiency and effectiveness of chemical treatment programmes by successfully addressing process diagnostics and asset integrity concerns.
"Veolia has a broad portfolio of solutions for the refining industry, and this collaboration with OLI will allow us to provide our customers with a consultative offering to provide enhanced diagnostics, system optimisation, and alternative treatments. OLI's rigorous and accurate electrolyte chemistry insights nicely complement our expertise in end-to-end management of chemical treatment programs to offer customers a highly reliable solution that will accelerate their business outcomes and realise a rapid return on investment," said Martin Willis, global executive energy and chemicals, Veolia Water Technologies & Solutions.
"OLI Systems is building strategic global relationships to accelerate industrial digital transformation. The democratisation of OLI capabilities with anytime, anywhere access to water chemistry-based process insights dramatically increases the productivity of field engineers across the globe," added Vineeth Ram, chief revenue officer, OLI Systems. "Together with Veolia, we are enabling improved efficiency of refinery and petrochemical operations, while mitigating risk of downtime by optimising chemical treatment programmes and lowering operations costs."






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