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A more sustainable colorant technique for polyester fibers

The global textile industry generates a great deal of waste, and many efforts are taking place to make textile processing more sustainable. PolyOne Corp. (Cleveland, Ohio; www.polyone.com) has introduced a new fiber-colorant technology for polyester that incorporates proprietary high-pressure metering…

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Chementator Briefs

PET recycling Last month, Unilever N.V. (Rotterdam, the Netherlands.; www.unilever.com) announced a partnership with start-up company Ioniqa Technologies B.V. (Eindhoven, the Netherlands; www.ioniqa.com) and the polyethylene terephthalate (PET) resin producer Indorama Ventures plc (Bangkok, Thailand; www.indoramaventures.com) to pioneer a new…

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Using bromine to make renewable hydrogen from biowaste

A process that produces renewable hydrogen from organic biowaste and reduces the economic and environmental burden of wastewater treatment is being developed by Chemergy, Inc. (Miami Fla.; www.chemergy.com). Introduced at last month’s AIChE Spring Meeting (April 22–26; Orlando, Fla.), Chemergy’s…

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Methaforming process offers lower-cost naphtha upgrading for refiners

Petroleum refiners looking to upgrade low-octane naphtha have an additional option using a process that increases the higher-octane iso-paraffins and aromatic compounds at lower costs than currently available alternatives. Most refiners currently upgrade naphtha by hydrotreating followed by isomerization and…

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Protein engineering yields animal-free leather

A new fermentation-based technology aims to create leather materials from yeast rather than animal skin. Developed by Modern Meadow (Nutley, N.J.; www.modernmeadow.com), the process feeds sugar feedstock to yeast cells that have been engineered to create collagen. Some additional enzymes…

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A panel reactor for splitting water into hydrogen

A group of Japanese researchers have developed a photocatalytic panel reactor with large area (1 m2) that splits water into H2 and O2 using only natural sunlight. The NEDO (www.nedo.go.jp)-supported project — which includes partners Japan Technological Research Association of…

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Controlled polymerization makes high-performance polysiloxanes

Polysiloxanes are the main component of important industrial materials, such silicones and organosilicones. In recent years, demand has grown for higher-performance and higher-functionality of organosilicon materials, which require techniques that precisely control the structure of these materials. Although there are…

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Hot-melt coating for pharma applications

Polymer coatings are often used to mask the taste of pharmaceuticals, as well as to serve as moisture barriers to granules or tablets. However, the application of polymer solutions requires considerable time and energy for drying after the coating has…

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Improved deNOx zeolite catalyst promises to reduce fuel consumption

In a project of the New Energy and Industrial Technology Development Organization (NEDO; Kawasaki, Japan; www.nedo.go.jp), a collaboration of six industrial, government and academic partners has developed a catalyst for reducing oxides of nitrogen (NOx) from automobile exhaust. Because the…

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Retrofit unit boosts ethane and propane recoveries in natural gas plants

Using a workhorse technology known as the gas-subcooled process (GSP), most natural gas plants recover between 85 and 90% of ethane in raw natural gas streams. Honeywell UOP (Des Plaines, Ill.; www.uop.com) has developed a modular retrofit unit designed to…