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Making aerogel absorbants from wastepaper

A team from the National University of Singapore (www.nus.edu.sg), led by assistant professor Duong Hai Minh from the Dept. of Mechanical Engineering, has succeeded in converting paper waste into cellulose aerogels that are nontoxic, ultralight, flexible, extremely strong, and water…

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Chementator Briefs

Bio-Hydrogen Scientists at Indiana University (IU; Bloomington, Ind.; www.iu.edu) have created a highly efficient biomaterial that catalyzes the formation of hydrogen from water. The biomaterial could be used to produce H2 or generate power from H2 in a fuel cell.…

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A very efficient heat exchanger for very hot applications

At the end of last year, Mino Ceramics Co. (Nagoya City, Japan; www.mino-ceramic.co.jp) began shipping its first commercial high-temperature heat exchangers, which were developed in a project by Thermal Management Materials and Technology Research Assn. (TherMAT, Tokyo, Japan; www.thermat.jp). Developed…

Dow announces startup of PDH unit; and more business news for the CPI

Plant Watch ICA Fluor to build $1-billion petroleum-refining facility in Mexico January 11, 2016 — ICA Fluor, Fluor Corp.’s (Irving, Tex.; www.fluor.com) joint venture (JV) with Empresas ICA, S.A.B. de C.V. (www.ica.com.mx/ir), was authorized by Pemex to proceed with the…

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Using air and hydrostatic pressure to store energy underwater

Consisting of a land-based mechanical facility and underwater pipelines and accumulators, the underwater compressed-air energy-storage (UCAES) system from Hydrostor Inc. (Toronto, Ont., Canada; www.hydrostor.ca) takes electricity (potentially excess solar or wind energy) and uses it to run a compressor, which…

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Oil-free compressed air at a fraction of the cost

The recently commercialized high-speed turbo (HST) compressors from BOGE Kompressoren Otto Boge GmbH & Co. KG (BOGE; Bielefield, Germany; www.boge.de) produce 100% oil-free (Class 0) compressed air at the highest degree of efficiency and with minimal maintenance effort, according to…

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Polymer-reaction monitoring

There are many critical parameters that are important to monitor and measure in industrial polymer reactions, including molecular weight, viscosity and residual monomer concentration. Typically, polymer reactions are characterized offline and intermittently in a quality-control laboratory, or via inferential models…

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Technology for Environmentally Friendly Paints

Driven by consumer demand and regulatory pressure, paint and coating formulators, along with makers of chemical additives for those markets, have brought to the forefront products with improved environmental and health performance Modern paints and coatings are complex mixtures of…

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Sealing Solutions to the Rescue

Improved seals, gaskets and valve packings stand up to tougher process conditions Chemical processors expect more from their seals, gaskets and valve packings than ever before, as sealing components must meet tighter and stricter regulations regarding emissions, stand up to…

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A ‘greener’ route for making red pigments

Early this year, Lanxess AG (Cologne, Germany; www.lanxess.com) will start production of bright red iron-oxide pigments at its Ningbo, China production site. The production facility will utilize — for the first time — the Ningbo Process, a highly sustainable production…