Concentrated solar power (CSP)

<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-b3e6d7cdc95e57a05e1ca414a854652ce8c5fa69cf10863b55e61ab5e8d44706"><div class="view-header"><div class="taxonomy-term vocabulary-mt-service-tags" id="taxonomy-term-64" about="/application/Concentrated_solar_power"><div class="content"><div class="clearfix text-formatted field field--name-description field--type-text-long field--label-hidden field__item"><p>Eastman Therminol® heat transfer fluids have been utilized in concentrating solar plants since the mid-1980s, some of which continue to operate on their originally maintained charge of fluid today! Keys to such long life and reliable performance include consistent operation in responding to daily temperature cycling, analytical support from the fluid supplier, and excellent thermal stability. Fluid reliability is ensured with stringent process controls when manufacturing the first-intent raw materials comprising these fluids. It is combined with ISO-certified processes and consistent finished product specifications to ensure ongoing, uncompromised performance. CSP hybrid applications combining CSP and organic Rankine cycle (ORC) technology and applications combining CSP and desalination are just two new developments in alternative energy and technologies where Therminol heat transfer fluids can help.</p><p><a href="/sites/therminol/files/documents/TF-8697_Therminol_Sustainability_Brochure.pdf" target="_blank">Heat transfer fluids for alternative energy and technologies (PDF)</a></p></div></div></div></div></div></div></div></div></div>