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Skip to main contentEnable accessibility for visually impairedOpen the accessibility menu Open the Accessible Navigation Menu * Issues * Webinars * White Papers * Events * Podcasts * E-newsletters * Store * Plant Cost Index * Open Search * Search * Subscribe * Login * Processing & Handling * Separation Processes * Water Treatment * Heat Transfer * Solids Handling * Automation & Control * Environment, Health, Safety & Security * WEFTEC More SIGN IN Email or Username Password Forgot Password? Please contact clientservices@accessintel.com or call 1-888-707-5814 if you are unable to login. Not a member? Sign up CATEGORIES * Automation & Control * Bookshelf * Business & Economics * Career & Workforce * Distillation * Environment, Health, Safety & Security * Heat Transfer * Laboratory and Analytical Techniques * Operations & Maintenance * Packaging * Podcasts * Processing & Handling * Pumps * Separation Processes * Solids Handling * Sustainability * Water Treatment MOBILE NAVIGATION Search * Login * Subscribe * Current Issue/Archives * Webinars * White Papers * Events * New Products * Advertise & Media Kit * Store * Plant Cost Index * Connected Plant * Quizzes * BrandConnect * Video Archive * Job Listings * Press Releases * E-newsletters EVENTS * Experience POWER * Connected Plant Conference CATEGORIES * Automation & Control * Bookshelf * Business & Economics * Career & Workforce * Distillation * Environment, Health, Safety & Security * Heat Transfer * Laboratory and Analytical Techniques * Operations & Maintenance * Packaging * Podcasts * Processing & Handling * Pumps * Separation Processes * Solids Handling * Sustainability * Water Treatment * Magazine * Buyer's Guide * Brand Connect * Jobs * FAQs * About * Contact Chemical Engineering Pages: * 1 * 2 * 3 * 4 * 5 * 6 Print Mode OFF Decrease SizeDefault sizeIncrease Size Print View Comments PDF ELECTRIFICATION OF INDUSTRIAL FACILITIES April 1, 2023 | By James Turner, Ma Katrina Sanaie and Mohamad Fakhreddine, Fluor Enterprises Manufacturing complexes may benefit from using more electricity instead of steam and fuel gas for their energy needs. Improved energy efficiency, lower emissions, higher reliability and debottlenecking of utility systems may be achieved Electrification is a popular buzzword when energy transition is discussed. It can have many different meanings, and depending on the subject, it can refer to the private and business transportation fleet (cars and trucks), public transportation (buses and trains) or manufacturing and industrial processes and facilities. In process facilities, replacing steam and fuel gas with electricity can provide many benefits, from improvements in reliability to avoidance of boiler-upgrade projects to lower overall emissions. In short, if the carbon footprint from the electricity production is lower than the carbon footprint from producing the energy that is replaced by electricity, then there will be a decarbonization benefit from the electrification. This article discusses how electrification can impact a process-focused industrial complex, such as a chemical plant or petroleum refinery, and it specifically focuses on applying electrification to existing industrial facilities. For a deeper discussion of the decarbonization potential of electrification projects, please see Part 2o f this Feature Report, Incremental Electrification Drives Sustainability. WHERE TO BEGIN There are several questions or issues owners or managers of existing industrial facilities may have when considering electrification of their facilities (Figure 1). FIGURE 1. There are many questions or issues that owners or managers of existing industrial facilities may have when considering electrification of their facilities Is the facility operating at its peak energy efficiency? Many operators see a noticeable improvement in their energy intensity index (EII) from electrification of existing steam-turbine drivers. The calculations are based on efficient grid-electricity production, such as from renewable sources, compared to less-efficient boiler steam production. Improvements in energy intensity are often a part of a facility’s strategic plans and goals, which can have a noticeable impact on its operating costs. Are the steam-generating systems and turbines in the facility becoming obsolete, and now require ever-growing maintenance needs? Owners may have planned steam-boiler replacement projects or other equipment maintenance or upgrades. If so, owners may want to consider if this investment may be better spent on electrification. Overall equipment reliability may increase and there may be environmental credits or rebates that can be availed with electrification projects. Is the facility in compliance with local regulations on pollutant emissions? Owners may be facing looming environmental regulations that will require significant investments, such as installation of selective catalytic reduction (SCR) systems for steam boilers or process heaters, to avoid paying hefty fines. An electrification project can reduce steam demand and potentially allow the shutdown of older steam boilers, therefore reducing the cost of any required environmental upgrades. The emissions reductions from the decrease in steam demand resulting from electrification can also be used to offset an increase in emissions from other process heaters with process changes that can be valuable for other strategic goals. Are the utility systems at capacity, or worse, out of balance? If steam, cooling water or natural gas supply are limited in the facility, it may not be possible to expand or carry out other projects without doing some electrification projects. If the cost to purchase or produce electricity is lower than importing natural gas, then electrification can reduce operating costs. Is there a need to re-balance the steam and electricity usage, but there are concerns about what to do with excess fuel gas? There are potential synergies in executing an electrification project coupled with a project to increase liquefied petroleum gas (LPG) recovery from the fuel-gas system. Burning less fuel translates into less CO2 generation, which is a strategic driver for many companies. By recovering more LPG and heavier material from the fuel-gas system and replacing it with natural gas, CO2 emissions will be further reduced, even if the fired duty does not decrease. In most markets, the revenue from the sale of LPG products and other liquid products is more than the cost of additional import of natural gas, so there can be financial benefits in addition to CO2 reduction. Pages: * 1 * 2 * 3 * 4 * 5 * 6 Print Mode OFF RELATED CONTENT ExxonMobil and Air Liquide form agreement on low-carbon hydrogen project ExxonMobil (Spring, Tex.; www.exxonmobil.com) and Air Liquide (Paris, France; www.airliquide.com) today announced an agreement to support the production of… Enerflex and BASF to collaborate on carbon capture, utilization and storage applications Enerflex Ltd. and BASF SE (Lugwigshafen, Germany) have entered into a memorandum of understanding (MoU) to jointly facilitate the commercial… Linde and Heidelberg Materials break ground on large-scale carbon capture and utilization facility for the cement industry Linde plc (Guidlford, U.K.) and Heidelberg Materials AG (Heidelberg, Germany) hosted a groundbreaking ceremony for their large-scale carbon capture and… Bp to acquire full ownership of bp Bunge Bioenergia JV Bp plc (London) has agreed to acquire Bunge’s 50% holding interest in its bp Bunge Bioenergia S.A. joint venture (JV),… Synhelion inaugurates the world’s first industrial plant for solar-powered fuels production in Germany Synhelion S.A. (Lugano, Switzerland) inaugurated the world’s first industrial-scale plant to produce synthetic fuels using solar heat in Jülich, Germany.… CURRENT ISSUE Read full edition Past issues Join today to get all of CHEMICAL ENGINEERING Subscribe Now TEST YOUR KNOWLEDGE Focus on Thermal Fluid Systems Focus on pH Sensors Secure Your Operation in the Age of Technology: Put Your Knowledge to the Test Test Your Knowledge: Check Valves More Quizzes > JOB LISTINGS * Electronics Engineer - Bonneville Power Administration (BPA) - Vancouver, WA * Electronics Engineer - Bonneville Power Administration (BPA) - Umatilla, OR * Temporary Faculty Pool, Master of Science in Systems Engineering - CSUDH - Carson, CA * Physical Scientist/Operations Research Analyst - Bonneville Power Administration (BPA) - Portland, OR * Business Intelligence/Data Integration Specialist - Virginia Dept of Environmental Quality - Richmond, VA View Jobs Search Jobs Post Resume FREE e-letters Chemical Engineering news and content delivered every week Start your e-letters now * Webinars * Partner Insights * Events & Announcements * White Papers * Advertising & Media Kit * Editoral Submissions and Upcomings * About Us * Awards * Past Issues * FAQs * Contact © Access Intelligence, LLC. 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