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The article focuses on Choosing an FCCU CO promoter is no longer driven by NOx emissions. Topics discussed include Fluidized catalytic cracking units (FCCUs) form coke during the reaction that combusts in the regenerator and supplies heat for the process; and the reactions can be full combustion to carbon dioxide (CO2) and water or partial combustion to carbon monoxide (CO) and water emissions.

The article highlights the 84th Conference on Glass Problems (GPC), emphasizing opportunities for innovation in the glass manufacturing industry and showcasing talks that addressed critical areas for improvement. Topics include advancements in process automation for regenerators, the need for efficiency gains in sustainability efforts, and the integration of academic and government perspectives alongside industry presentations at the conference. [ABSTRACT FROM PUBLISHER]

The article offers information on the net-zero commitments of the chemical industry in the U.S. It mentions that under the International Energy Agency's (lEA) Net Zero Emissions by 2050 Scenario, direct carbon dioxide (C02) emissions from primary chemical production need to peak in the next few years and then decline to about percentage below 2020 levels by 2030.

An interview with Elaine DiLisio, director of energy, oil, and gas enterprise for software company Ansys, is presented. Topics discussed include the reason why energy companies support simulation for new energy programs that realize more efficiency and profitability, how engineers can use simulation to be more sustainable, and the reason why energy companies are concerned with becoming net-zero.

The article discusses the advantages of utilizing the optimized fired heater control. It states that the variations in composition and properties of feedforward control of fired heaters using fuel gas may result in considerable improved combustion efficiency. It also notes that the emissions may be reduced and product quality and equipment lifetime can also be improved. It concludes that the key factor for the success of technology implementation is the properly designed sample handling system.