CSB Report Finds Oil Refinery Explosion Caused by Heat Exchanger

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CSB Report Finds Oil Refinery Explosion Caused by Heat Exchanger

机译：CSB报告发现热交换器引起的炼油厂爆炸

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An investigation by the U.S. Chemical Safety Board (CSB) has found that a fatal explosion in 2010 at an oil refinery was the result of damage to a heat exchanger. The April 2010 fatal explosion and fire at the Tesoro refinery in Anacortes, Wash., was caused by damage to the heat exchanger, a mechanism known as high temperature hydrogen attack (or HTHA), which severely cracked and weakened carbon steel tubing leading to a rupture, according to a draft report released by the CSB.

机译：美国化学安全委员会（CSB）的一项调查发现，2010年一家炼油厂的致命爆炸是热交换器损坏的结果。 2010年4月，华盛顿州Anacortes的Tesoro炼油厂的致命爆炸和火灾是由热交换器损坏引起的，热交换器被称为高温氢侵蚀（HTHA）的机制，严重破坏和削弱了碳素钢管，从而导致根据CSB发布的报告草案，破裂。

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《Process Heating》 |2014年第3期|5-9|共5页
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1. CSB Investigation Finds 2010 Tesoro Refinery Fatal Explosion Resulted from "High Temperature Hydrogen Attack" Damage to Heat Exchanger; Company Failed to Apply Inherently Safer Technology, Did Not Install Damage-Resistant Materials [J] . Sandy Gilmour The Inspectioneering Journal . 2014,第1期

机译：CSB调查发现2010年Tesoro炼油厂致命爆炸是由于热交换器“高温氢攻击”造成的;公司未能应用本质上更安全的技术，未安装耐损坏的材料
2. Utah refinery shutting down on blast probe CSB says ruptured pipe caused explosion, fire at Silver Eagle [J] . Kelly MacMath Platts Oilgram Price Report . 2009,第223期

机译：犹他州的一家炼油厂因爆炸探针CSB而关闭，称管道破裂导致爆炸，银鹰号起火
3. Retrofitting Crude Oil Refinery Heat Exchanger Networks to Minimize Fouling While Maximizing Heat Recovery [J] . B. L. YEAP, D. I. WILSON, G. T. POLLEY, Heat Transfer Engineering . 2005,第1期

机译：改造炼油厂的热交换器网络，以最大程度地减少结垢，同时最大程度地提高热回收率
4. Devise of an Exhaust Gas Heat Exchanger for a Thermal Oil Heater in a Palm Oil Refinery Plant [C] . Panom Chucherd, Paisan Kittisupakorn International Conference on Chemical Materials and Process . 2017

机译：在棕榈油炼油厂植物中为热油加热器进行排气热交换器的设计
5. Heat transfer and soil thermal stability as related to a plate-type heat exchanger in ground-coupled heat pump systems. [D] . Sun, Suichu. 1998

机译：传热和土壤热稳定性，与地面耦合热泵系统中的板式热交换器有关。
6. Experimental investigation on convective heat transfer and pressure drop of cone helically coiled tube heat exchanger using carbon nanotubes/water nanofluids [O] . K. Palanisamy, P.C. Mukesh Kumar 2019

机译：碳纳米管/水纳米流体对锥螺旋管换热器对流换热及压降实验研究
7. Fundamental Study on Latent Cold Heat Storage by means of Oil Droplets with Low Freezing Point. 3rd Report. Cold Heat Energy Release Characteristics of Direct-Contact Heat Exchange between Solidified Oil Droplets and Hot Air. [O] . Hideo INABA, Kenji SATO 1996

机译：低凝固点的油滴潜热储存的根本研究。第三次报告。冷热能量释放特性凝固油滴与热空气之间的直接热交换。

CSB Report Finds Oil Refinery Explosion Caused by Heat Exchanger

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