Making the Change
Barry Perlmutter advises on transitioning from batch to continuous
Features
Bulk Solids Handling: Perspective on a Professional Blind Spot
A topic often overlooked and misunderstood, Grant Wellwood looks at the prevalence of bulk solids...
Separations under Control
Barry Perlmutter explains developments in containment for eliminating worker exposure during soli...
First Steps
Mark Yates charts the development of Apollo’s portable life support system
A Clean Bill of Health
James Finn describes the development of an award-winning setup for sterile filtration of APIs
Ditch the Bag Filters
Barry Perlmutter explains automated clarification technologies
Monodispersion at Scale
Micropore Technologies, a specialist engineering company, has successfully scaled up membrane tec...
Producing Graphene at Scale
The challenge for chemical engineers of producing graphene at scale
Filtration – The Forgotten Process
Filtration is often overlooked during the development of new processes, but at what cost?
Nereda: Redefining Effluent Treatment
There is a new player in the wastewater process sector, re-writing the rules of the game
Csaba Horváth – Degrees of Separation
Claudia Flavell-While explores the contribution of separation scientist Csaba Horváth
Solar-Powered Water Purification Wins Top Prize
Helen Tunnicliffe reviews the winners of IChemE’s annual awards programme
CCS: Carbon Capture and Strategy
Helen Tunnicliffe goes on safari in Norway to learn about a government-backed scheme to set up ...
In Orbit
Astronaut Donald Pettit talks to Adam Duckett about his life and work
News
Micropore Technologies partners with South Korean pharmaceutical company
MICROPORE Technologies has announced a licence agreement for its membrane technology with South K...
Researchers to develop carbon-negative power plant
RESEARCHERS at the University of Pittsburgh, Pennsylvania, US have received just over US$800,000 ...
Novel membrane for crude oil fractionation
AN INTERNATIONAL research team has developed new membrane technology that could reduce carbon emi...
Ronald Hughes, 1928–2020
Obituary of Ronald Hughes, an influential catalysis researcher
Vale to invest in technology to reduce dam use and increase safety
BRAZILIAN mining giant Vale is to invest in technology to reduce tailings dam use and increase op...
MOF captures and converts NO2 into useful product
A METAL-organic framework (MOF) developed at the University of Manchester, UK is capable of selec...
Novel material for reversible SO2 capture
AN international team of scientists has developed a novel material capable of selective and rever...
Upcycling plastic bottles for the chemical industry
RESEARCHERS at the King Abdullah University of Science and Technology (KAUST), Saudi Arabia have ...
Cheap catalyst for hydrogen production shows commercial-scale promise
RESEARCHERS have shown for the first time that a cheap catalyst can be used to split water for hy...
Simple method improves membrane CO2 separation performance
AN international team of researchers has, for the first time, shown that the carbon dioxide (CO2)...
Rejigged rigs could kickstart North Sea CCS, study finds
USING North Sea oil rigs to generate power from methane and bury the resulting emissions would be...
Membrane for low-energy chemical separation
A METAL oxide-infused membrane has been developed that offers lower-energy chemical separation th...
Australia investigates building its largest hydrogen production plant
QUEENSLAND Government-owned power generation company Stanwell is spending A$5m (US$3.4m) to study...
Gorgon CCS plant starts up after two-year delay
CHEVRON’S US$54bn Gorgon LNG project has started operation of one of the world’s largest carbon c...
New reactor can produce pure stream of hydrogen
A CHEMICAL reactor has been designed that can produce hydrogen as a pure product stream.
Aramco awards US$18bn in contracts to expand oil and gas production
SAUDI ARAMCO has awarded contracts worth US$18bn to build process plants and expand oil productio...
New approach for desalinating hypersaline brines
USING a temperature-dependent solvent to desalinate water with high concentrations of dissolved s...
Researchers achieve commercially attractive carbon capture with a MOF
CHEMICAL engineers at the École Polytechnique Fédérale de Lausanne (EFPL), Switzerland have, for ...
New plastic can be recycled repeatedly
SCIENTISTS at the US Department of Energy’s (DOE) Lawrence Berkley National Laboratory (LBNL) hav...
Cattle feed and dye membranes win MIT water prize
ENTREPRENEURS who are developing process technologies to remove dyes from industrial wastewater a...
Sunfire and Salzgitter to build world’s most powerful steam electrolysis plant
TECHNOLOGY company Sunfire, the Salzgitter Group, and their international partners are to build t...
Creating useful products from desalination waste
ENGINEERS at MIT, US have proposed a method that could use desalination waste to produce useful c...
An alternative CO2 capture process
SCIENTISTS at the Department of Energy’s Oak Ridge National Laboratory (ORNL), US have developed ...
Report identifies challenges towards a plastics circular economy
THE European Technology Platform for Sustainable Chemistry (SusChem) has released a report identi...
Drax declares world-first carbon capture at biomass power plant
THE UK’s DRAX power station has begun capturing carbon, and has described the development as the ...
Fatal dam breach in Brazil leaves hundreds missing
A TAILINGS dam in Brazil has collapsed, leaving a reported 16 people dead and 297 missing. Other ...
3D-printed sponge could reduce side effects of chemotherapy
CHEMICAL engineers at the University of California (UC), Berkeley, US, have developed a 3D-printe...
Shell to invest in Shearwater gas infrastructure hub
SHELL and its partners ExxonMobil and BP have announced a final investment decision (FID) for a S...
Novel particles for photocatalytic water treatment
RESEARCHERS at Rice University, US, have developed novel micrometre-sized, titanium dioxide (TiO2...
Recycling mixed plastics together
RESEARCHERS in the UK have undertaken a project which aims to develop new technologies for dealin...
New MOF makes plastic manufacturing more energy efficient
RESEARCHERS have developed a metal-organic framework (MOF) containing iron-peroxo (Fe2(O2)) sites...
A membrane technology breakthrough
RESEARCHERS from the Livingston Group at Imperial College London, UK, in collaboration with BP, h...
Consortium bails out Singapore water treatment firm Hyflux
TROUBLED Singapore water treatment firm Hyflux has been rescued by a S$530m (US$384m) investment ...
Smaller cheaper plants: Exxon and BASF tout improved gas-treating solvent
EXXONMOBIL and BASF are carrying out a full-scale commercial demonstration of a new gas-treating ...
Liquid membrane blocks small particles and lets big ones through
A SELF-HEALING liquid membrane has been developed that acts as a reverse filter by blocking small...
Pulling oil from water
ENGINEERS at Rice University, US, in conjunction with Shell Global Solutions, have developed magn...
Air Products to build a coal-to-syngas facility for Jiutai New Material
AIR Products, a world-leading industrial gases company, headquartered in Pennsylvania, US, has be...
Drax: Stepping closer to coal-free
DRAX, which operates the largest power station in the UK, and supplies 6% of the country’s energy...
Uranium: Under the sea
LCW Supercritical Technologies and Pacific Northwest National Laboratory (PNNL) have taken a mile...
Picky porous electrodes take out toxins
RESEARCHERS at Rice University, US, are developing a novel water treatment technology to selectiv...
CCS could fuel the fizz in UK lager
CARBON capture and storage (CCS) could fuel the fizz in UK lager and help guard against a future ...
New MOF membrane cuts energy use for petrochemical industry
AN ENERGY efficient separation method for propylene and propane has been developed using metal-or...
Carbon nanotubes could make carbon-zero fuels cheaper than fossil fuels
A BREAKTHROUGH has been made in the manufacturing of carbon nanotube membranes which will lead to...
Extracting lithium from water using synthetic membranes
A metal-organic framework (MOF) has been developed that can extract lithium from water, which cou...
World’s largest dynamic hydrogen electrolysis plant inaugurated
THE WORLD’S largest dynamic hydrogen electrolysis plant has been inaugurated in Germany, and has ...
First kerosene made from solar syngas
SYNGAS made from solar energy has been processed into kerosene for the first time, which research...
Keeping oil and water mixed for months
EMULSIONS that can stay stable for months have been created using a low-cost, low-energy process ...
2D materials with ‘smallest possible’ holes sieve salt from seawater
RESEARCHERS at the University of Manchester’s National Graphene Institute (NGI) have assembled me...
Removing silica from power plant water
COOLING tower water could be reused and recycled ten or more times by using a new silica-removing...
First liquid MOF described, retains porosity
NOVEL research has demonstrated that metal-organic frameworks (MOFs), commonly produced as fine p...
Wood digestion without enzymes
SUCCESSFULLY understanding the unique, non-enzymatic digestion of wood by a fungus has been descr...
Evonik and Sinopec partner on OSN
EVONIK and the SINOPEC Beijing Research Institute of the Chemical Industry (BRICI) have agreed to...
Funding to extract rare earths from coal
THE US Department of Energy (DOE) has awarded US$1m in funding to Penn State University and its i...
GTI will demo R-GAS gasification in China
GAS TECHNOLOGY INSTITUTE (GTI) in the US will be partnering with China’s Yangquan Coal Industry G...
