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In the presented case study, an innovative design for an integrated CGC-DeC3 system introduces part of the heavier condensate from the early compression stages directly into the high-pressure (HP) depropanizer.
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This discussion tracks a material flow through the steam system, starting with feed and continuing with steam generation, steam uses and, finally, condensate recovery.
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When optimizing an existing steam network, design and process engineers need a complete understanding of all aspects of the existing system. Accurate energy and material balances must be established.
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Acquiring a package boiler is an unplanned event that requires process engineers to solve this completely unfamiliar problem. To reduce the chaos of replacing them, here are helpful ways to resolve this situation.
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A subsidiary of Foster Wheeler AG's Global Power group has been awarded a contract by Doosan Heavy Industries & Construction Co. Ltd. for cooperation in the design of a circulating fluidized-bed steam generator for Korea South East Power Co. Ltd.
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This article examines three applications where rigorous heat exchanger models can boost value derived from process simulation and provide more accurate results.
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Improve operations by avoiding buildup of sensible duty or by using baffles
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In case history, engineers search for root cause of water-side tube failures for a 23-year-old boiler
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Process control can improve quality and operating efficiency
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Oil sands add complexity to separation units and require a new approach
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New developments, such as the organic Rankine cycle, help operations go ‘green’
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In revamp projects, better energy integration provides more benefits with less capital investment and lower operating costs
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Using this technique can improve costs and product quality
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Here are new guidelines, checklists and an integrated approach for a successful energy conservation program