Refining
<div class="region region-content"><div class="clearfix block block-system block-system-main-block" id="block-businesseight-content"><div class="content"><div class="views-element-container"><div class="view view-taxonomy-term view-id-taxonomy_term view-display-id-page_1 js-view-dom-id-53be5cb8bd7396a741a7ac141e64d0b83f9583cc4e4efa9e206213c6de8f3f8a"><div class="view-header"><div class="taxonomy-term vocabulary-mt-service-tags" id="taxonomy-term-3" about="/applications/refining"><div class="content"><div class="clearfix text-formatted field field--name-description field--type-text-long field--label-hidden field__item"><p>Refining processes utilize a wide range of temperatures, depending on process stream composition, system pressure, use of vacuum distillation equipment, etc. For organic separations at high temperatures > 100°C (> 212°F), it is also important to avoid the consequences of water leakage into the process side of operations. The thermally stable synthetic organic chemistries of Eastman Therminol® heat transfer fluids ensure high reliability and on-stream time for heating of fractionation unit reboilers as well as cooling of overhead condensers where water must be avoided. Additionally, the many energy-intensive operations in refinery units offer opportunities for innovative energy integration.</p><p><a href="/sites/therminol/files/documents/TF-05_HTF-Oil-Gas-Industry.pdf">Heat transfer fluids for the oil and gas industry (PDF)</a></p></div></div></div></div></div></div></div></div></div>
