Mobile Navigation

In The News

Member Exclusive

Multi-state switchable stationary phase for chiral separation

High-pressure liquid chromatography (HPLC) using a chiral stationary phase (CSP) is the most effective method for separating enantiomers of chiral molecules. However, the limited number of CSPs available puts a constraint on applying this technology universally. Now, researchers from the…

Member Exclusive

Ionic liquids enable lower-cost desalination with forward osmosis

Membrane-based forward osmosis (FO) desalination could be a lower-cost alternative to conventional reverse osmosis (RO) technology, which can desalinate ocean water effectively, but requires electricity to drive the separation, and so remains expensive. Scientists from Lawrence Berkeley National Laboratory (LBL;…

Member Exclusive

Robots Enter the CPI

Long used for discrete manufacturing, robots are now making their way into product-development laboratories and even production sites Unlike some industrial sectors, such as mining and discrete manufacturing, where the use of robotics continues to streamline operations at the expense…

Building a Better Liquid-Dosing System

Modernized pumps and advanced controls improve accuracy and repeatability of liquid-dosing systems Whether the application is dosing chemicals for process or water treatment, whether it’s batch or inline dosing and whether it’s continuous or intermittent flow, at its heart, successful…

Member Exclusive

October 2019 Plant Watch

Plant Watch Total-Corbion JV inaugurates PLA bioplastics plant in Thailand September 13, 2019 — Total Corbion PLA, a 50/50 joint venture (JV) between Total S.A. (Paris, France; www.total.com) and Corbion N.V. (Amsterdam, the Netherlands; www.corbion.com), has inaugurated its polylactic acid…

Member Exclusive

Engineered microbes convert C1 feedstocks into longer-chain chemicals

Researchers at the University of South Florida (USF; Tampa, Fla.; www.usf.edu) have developed a microbial metabolic pathway that allows enzymatic conversion of one-carbon compounds into multi-carbon intermediate chemicals. The bioconversion process, which takes place in genetically engineered bacteria, could enable…

Member Exclusive

Collaborative wastewater project points the way to improved phosphorus removal

Removal of phosphorus and other nutrients from wastewater is critical to preventing harmful algal blooms in coastal waters. Enhanced biological phosphorus removal (EBPR) — which relies on microbial communities that consume phosphate, reducing its concentration in the wastewater — has…

Member Exclusive

Incorporating nanoparticles into polymer melts

Because of their large surface area per unit mass, nanoparticles of additives can have a big impact on the properties of plastics, such as changing the crystallization temperature, and improving heat transfer, electrical properties (conductivity) and mechanical properties, as well…

Member Exclusive

Products from natural gas

Linde Engineering (Pullach, Germany; www.linde-engineering.com) has developed a process to recover helium, hydrocarbons and purified carbon dioxide from natural gas, while conditioning the natural gas for pipeline transport by adjusting the water and heavy-hydrocarbon dew point and the CO2 concentration.…

Member Exclusive

Making solar steam and salts from brine

A low-cost “green” technology for water desalination and zero liquid discharge of industrial wastewater that has been drawing increasing attention is solar steam generation using nanostructured photothermal materials. However, the crystallization of salts on the surface of photothermal materials during…