Chemical Engineering
Chemical Engineering is a monthly publication from Access Intelligence, designed for chemical engineers and professionals working in the chemical process industries (CPI). This includes sectors such as petrochemicals, pharmaceuticals, cosmetics, explosives, agricultural chemicals, food production, and more. Our readers often find themselves involved in various fields that leverage chemical engineering technology. The magazine targets "technical decision-makers"—those who utilize their engineering expertise to make important technical and business choices. Typically, these individuals are chemical engineers, chemists, or mechanical engineers engaged in research, design, construction, production, or technical management. Whether they are fresh graduates or seasoned experts, they rely on Chemical Engineering for actionable insights and updates that impact the CPI. Our main goal is to serve the needs of our readers. We carefully select articles and press releases that provide valuable information and insights. This commitment to our audience has helped us build a strong reputation for credibility, ensuring that the content we publish resonates with serious readers. Chemical Engineering operates independently and does not receive funding from any professional organizations. We attract subscriptions from engineers and technical professionals in the CPI based on specific criteria related to their education and job roles, allowing us to reach key decision-makers in the industry. Our global readership, including those who receive distributed copies, exceeds 250,000 individuals, making us the leading publication in the CPI sector. Consequently, articles featured in Chemical Engineering receive unparalleled visibility and engagement.
Outlet metrics
Global
#548830
United States
#356092
Heavy Industry and Engineering/Chemical Industry
#281
Articles
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6 days ago |
chemengonline.com | Dorothy Lozowski
Decrease SizeDefault sizeIncrease Size Print Creating microgels for drug delivery by ion exchange June 1, 2025 | By Dorothy Lozowski One method used to deliver drugs in a controlled manner is to encapsulate them in an injectable gel.
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6 days ago |
chemengonline.com | Mary Page Bailey
Decrease SizeDefault sizeIncrease Size Print Conversion of CO2 gas to graphene successfully demonstrated June 1, 2025 | By Mary Page Bailey The ability to economically produce large scales of graphene will help to enable many high-performance applications, from smart packaging materials and medical devices to safer gas storage. A new process demonstrated at Southwest Research Institute (SwRI; San Antonio, Tex.; www.swri.org) has successfully produced graphene using CO2 gas, presenting a...
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6 days ago |
chemengonline.com | Mary Page Bailey
Decrease SizeDefault sizeIncrease Size Print Molten-salt electrolysis process quickly scales up U.S. cobalt-refining capacity June 1, 2025 | By Mary Page Bailey A proprietary molten-salt electrolysis (MSE) process originally designed for battery manufacturing has now been re-optimized for North America’s first operational cobalt-refining plant. The DirectPlateTM MSE technology developed by Xerion Advanced Battery Corp. (Kettering, Ohio; www.xerionbattery.com; see Direct molten-salt...
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6 days ago |
chemengonline.com | Mary Page Bailey
Decrease SizeDefault sizeIncrease Size Print Non-fluorinated coatings reach new heights with first oil-and water-repellent textile product June 1, 2025 | By Mary Page Bailey As industries and consumers have shown an increasing preference for water and oil repellents that do not include any fluorinated materials, significant efforts and years of research and testing have gone into developing non-fluorinated alternatives. AGC Chemicals Americas, Inc. (AGCCA; Exton, Pa.; www.agcchem.com) and...
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6 days ago |
chemengonline.com | Scott Jenkins
Decrease SizeDefault sizeIncrease Size Print This single-pot reaction scheme could open the path to recycling used tires June 1, 2025 | By Scott Jenkins Recycling vehicle tires is complicated because the rubbers used (including butadiene and polyisoprene) are highly cross-linked, and because pyrolysis-based recycling of the rubbers generates environmentally hazardous compounds like benzene and dioxins. Now, researchers at the University of North Carolina at Chapel Hill (UNC; www.unc.edu) have...
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