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Methane-to-bioplastics technology takes advantage of wastewater off-gases
Polyhydroxyalkanoates (PHAs) are biodegradable polymers that are positioned as a promising alternative to conventional plastics. They can be produced from a variety of biological and renewable feedstocks. Mango Materials (MM; Vacaville, Calif.; www.mangomaterials.com) produces PHAs at a pilot plant and…
Pilot-scale production of gasoline and naphtha from carbon dioxide
A team of researchers at the Korea Research Institute of Chemical Technology (KRICT; Daejeon, South Korea; www.krict.re.kr), along with industry partners, has developed catalyst and process technology that converts carbon dioxide into liquid hydrocarbons, such as gasoline and naphtha, without…
Commercial-scale plant for conversion of polyolefin waste to fuels proceeds toward FID
The final investment decision (FID) for a plant in Baytown, Tex. that will convert polyolefin waste into fuels and petrochemical feedstocks is anticipated near the end of 2026. The facility, operated by Abundia Global Impact Group Inc. (AGIG; Houston, Tex., www.abundiaimpact.com),…
Facts At Your Fingertips: Industrial Air Pollutants
Industrial production generates a host of air pollutants that must be mitigated using various air-pollution control (APC) technologies. This one-page reference provides information on the most significant and prevalent categories of air pollutants from industrial sites. Acid gases Acid gases…
You and Your Job: Pursuing Early Internships
Traditionally, student engineering internships are undertaken after completion of third-year undergraduate coursework, but earlier internships can provide benefits both to students and to companies The importance of internships to students and companies has been discussed in earlier articles [1–3] and…
Plasma in Practice: Low-Emission Flaring Technology Moves Forward
A novel flare-stack configuration utilizing plasma technology has transitioned from the research stage to a commercial-scale operating site Amidst ambitious sustainability goals and the drive toward “net zero” emissions, engineering and research teams across the globe are developing and evaluating…
Delayed coking process converts biomass to graphite at reduced temperatures and generates fuels
Demand for synthetic graphite, a top-priority critical material in the U.S., is increasing because of its use in lithium-ion battery anodes and in steel-making. To meet the increased demand, while also cultivating a domestic source of synthetic graphite (most of…
Instrumentation as a Strategic Lever: Turning Compliance and Safety into Competitive Advantage
The expectations placed on plant operators have never been higher. Regulatory frameworks are tightening, environmental accountability is under constant scrutiny and the margin for error in process safety is shrinking. At the same time, producers are expected to improve efficiency,…
SkyNRG and KLM Airlines start construction of commercial-scale SAF plant
SkyNRG (Amsterdam, the Netherlands; www.skynrg.com) and KLM Dutch Royal Airlines (Amstelveen, the Netherlands; www.klm.com) celebrated the official start of construction of DSL-01, the Netherlands’ first facility fully dedicated to the production of sustainable aviation fuel (SAF). Located in Delfzijl, the…
An all-in-one motor management system that helps reduce equipment failure
TeSys Tera is a next-generation intelligent motor management system designed for demanding industrial environments, unifying protection, control and monitoring to reduce equipment failures, lower energy costs and extend asset life across industries including water and wastewater, metal, mineral and mining,…