Title: Title: Effective Management of Process Additives, a deep survey on recognizing the impacts of chemicals consumptions on Production, Energy, Corrosion, Environment, and Costs.

Biography:

M.Sc. in Advanced Chemical Engineering, B.Sc. in Chemical Engineering (natural gas processing), Committee member / Gas Plant Corrosion, Chairman Committee / Baseline Pollution Determination in gas plants (Wastewater Treatment), More than twelve years of experience in operation and design of gas processing plants (Reception Facilities and Utilities), Seven papers in classical thermodynamics, corrosion, environment, process additives management, and CO₂ capture in Iranian congresses, Translation of two books on water treatment chemicals, and technical report writing in chemical engineering. More than 1000 hours teaching Troubleshooting in Utility Processes, Corrosion, Heat Exchanger Design, Industrial Wastewater Treatment, Process Engineering Documentation, and Water Treatment topics in Refineries and Gas plants Associate member of technical staff in Iranian Corrosion Association Member of Iranian Society of Engineering Education.

Abstract

Process additives (chemicals) are widely used in all parts of an industry. Process industries, especially those with continuous production like gas plants and oil refineries, use these chemicals for a variety of purposes. Ineffective use of these chemicals has a very detrimental impact on production (quantity and quality), energy consumption, equipment corrosion, environment and production costs. In this lecture, these impacts are first mentioned and the interrelation diagram of each of these parameters in a hydrocarbon industry is illustrated. An industrial example is then presented in which the path of the mentioned parameters is clearly present and the process analysis approach will be used to analyze the parameters.