Wastewater from dairy processing facilities can be extremely challenging to treat — not only does the effluent usually contain high volumes of solids, minerals and organic matter, these loads can vary widely from hour to hour. A large cheese-processing facility…
Uncontrolled exothermic reactions present significant safety risks, including over-pressurization of a reactor. Presented here is information about how runaway reactions occur, and what can be done to avoid them Synthesis reactions are a cornerstone of chemical manufacturing and engineering. Due…
Integrated solutions include monitoring, collection and control to help manage complex risks Dust control is essential for safety, operational efficiency, product quality and regulatory compliance in the chemical process industries (CPI). Many of the materials handled in chemical facilities are…
Process electrification is gaining interest as a solution to industrial CO2 emissions, which account for 20% of total CO2 emissions in the U.S. [1]. Several technologies are emerging for electric process heating, including electrode steam boilers and high-temperature heat pumps,…
When designing and installing new tanks and pressure vessels, chemical plants can be better secured and supported via clear communication with transport engineering and project logistics teams Tasked with storing or holding various critical gases, vapors and liquids at high…
Magnesium metal is a critical ingredient for aluminum alloys and it is widely used for desulfurization in steelmaking processes. Most magnesium metal is produced in China via high-energy-consumption processes. Now, technology company Magrathea (San Francisco, Calif.; www.magratheametals.com) has developed a…
The growing need for energy-storage solutions for a gamut of applications from electronic devices to large-scale energy systems has spurred an increase in research for innovative technologies. Considerable attention is being given to new chemistries beyond the widely used lithium-ion…
Manufacturing traditional cement for concrete is responsible for a sizeable (~8%) portion of overall global CO2 emissions. Meanwhile, anthropogenic global warming is driving the need for housing structures capable of withstanding hurricane-force winds and wildfires. The cement technology company Eco…
Carbon-fiber-reinforced polymer composites are attractive materials for applications requiring lightweight, strong components, such as aviation and automotive. However, their performance has been partially limited by the bonds between the polymer matrix and the embedded carbon fibers. Now, researchers at Oak…
A patent-pending material developed at the Technical University of Munich (TUM; www.tum.de) has achieved the fastest-ever conductivity of lithium ions, and is now poised to significantly improve the efficiency of future solid-state batteries. Solid-state batteries, often seen as a more…