Unravelling PFAS: Challenges and Advances in Contaminant Remediation
From industrial applications to environmental concerns, Jim Fenstermacher, Pradeep Shukla, and Pr...
Features
Our Research Focus: 3D-printed Catalysts for Rocket Fuel
Could HTP thrusters finally take off? The New Zealand research partnership looking at an alternat...
Liquid Metal: a Catalyst for Change?
Requiring temperatures into the hundreds of degrees to work, solid catalysts prove incredibly ene...
How Digitalisation Drives Resource Efficiency for the Chemicals Industry
Anahita Khanlari says digitalisation can help boost efficiencies with minimal investment
A Life in Lithium
The future of energy needs chemical engineers, and lots of them, say Jacob Brown, Titi Oliyide, L...
Making Every Molecule Matter: The Technology Journey
Nick Flinn describes the technologies that may play a crucial role as the energy transition develops
CO2 as a commodity, not waste: turning emissions into cost-competitive chemicals
Etosha Cave, Co-founder of clean technology company Opus 12, speaks about the company's process f...
Harnessing sunlight to convert CO2 to fuels
Amanda Doyle speaks to Solistra Co-founder Alexandra Tavasoli about the company's process that us...
Accelerating Innovation
JMP discusses how to encourage organisations to take a new approach to innovation
Transforming Innovation for Startups
JMP discusses how Design of Experiments (DOE) can help startups bring new and better products to ...
Back to the Future
Andrew Coe and James Paterson explain developments on part of the solution to the dual energy cha...
Snapshot: Royal Mail stamp of approval for engineering excellence
The UK’s Royal Mail has revealed ten new special stamps which feature “marvels” of British engine...
Little Wonder
Adam Duckett speaks to chemical engineer Bill Grieco, CEO of the RAPID Manufacturing Institute, a...
Add It Up!
How 3D printing of reactors can help chemical engineers with process intensification
Get more from your data, increase yields and reduce costs
Ahead of our coming webinar on 19 June, Stan Higgins says we are not getting the value from our d...
Friendly Foams
Building the UK’s first captured-carbon polymerisation plant
Shale Gas: Friend or Foe?
An overview of the scientific and technical challenges that have surfaced because of shale gas
Vladimir Haensel – Breath of Fresh Air
Vladimir Haensel’s brainchild, the platforming process, underpins transport and plastics producti...
Technology Sharing
Why we must harness the power of horizontal innovation in the formulation sector
News
Johnson Matthey sells catalyst and process tech business to Honeywell for £1.8bn
JOHNSON MATTHEY is selling its catalyst technologies business to Honeywell for £1.8bn (US$2.4bn).
Johnson Matthey slashes green hydrogen spending by 83% under investor pressure
JOHNSON MATTHEY is cutting its investment in green hydrogen technologies by 83% following pressur...
Beale’s Andrew Lecture focuses on CO2 hydrogenation catalysts
ANDY BEALE, professor of chemistry at University College London (UCL), has been awarded IChemE’s ...
Applications open for IChemE’s revamped catalysis fellowship
ICHEME is inviting applications for the Andrew Fellowship which has switched its focus to very ea...
Producing fuels from 1,500 degrees of solar heat: world’s first plant opens in Germany
THE WORLD’S first industrial plant using solar heat to make fuels has been opened in Germany. Usi...
Johnson Matthey and bp license process to make jet fuel from farm waste at US$4bn plant
JOHNSON MATTHEY (JM) and bp have licensed their Fischer-Tropsch process to a huge new US$4bn US p...
US-designed natural gas reactor heats up alternative propylene production
US RESEARCHERS have designed a reactor that produces propylene from natural gas, potentially prov...
Electric avenue: researchers use electric fields to catalyse chemical reactions
WHAT if you could one day catalyse your industrial reactions with electric fields rather than the...
Zheng congratulated by IChemE for insights into Fischer-Tropsch synthesis
ICHEME has congratulated Qingyuan Zheng for publishing a paper in Nature Catalysis based on resea...
Johnson Matthey will invest £80m in hydrogen fuel cell factory
JOHNSON Matthey (JM) will invest £80m (US$96m) in expanding its site in Royston, UK to manufactur...
UK sets up centre to advise on critical minerals, amid warnings of supply risks
THE UK has established a Critical Minerals Intelligence Centre in Nottingham to help the country ...
Ingenza awarded funding to develop carbon capture technology
BIOTECHNOLOGY company Ingenza is partnering with Johnson Matthey to produce formic acid from capt...
Johnson Matthey shakes up business in wake of battery exit
JOHNSON MATTHEY (JM) has sold its battery materials business and will focus more on hydrogen tech...
IChemE bursary to fund postgrad catalysis summer school attendance
ICHEME has launched a new bursary to fund 20 postgraduate students to attend a summer school prog...
Converting methane directly into useful chemicals
RESEARCHERS have demonstrated that a gold catalyst can be used to convert methane directly into m...
Johnson Matthey targets greener aviation demand with new reverse water gas shift technology
JOHNSON Matthey (JM) has launched a new reverse water gas shift technology called HyCOgen to prod...
Johnson Matthey will exit battery materials
JOHNSON MATTHEY (JM) is quitting its battery materials business after concluding the costs are to...
ExxonMobil introduces renewable diesel process
ExxonMobil Catalysts and Licensing has introduced ExxonMobil Renewable Diesel (EMRD) process tech...
New catalyst makes propylene production more efficient
A SINGLE-atom catalyst has been developed that that can lower the carbon footprint of propylene p...
Johnson Matthey set targets to lower waste and improve safety on journey to net zero
JOHNSON MATTHEY has announced targets to heavily focus its sales and R&D spend in line with UN Su...
Three researchers awarded IChemE Andrew Fellowship
ICHEME has awarded three chemical engineering researchers the Andrew Fellowship to advance the fi...
Safer and more efficient alkylation process now at commercial scale
CHEVRON and Honeywell have started commercial operation of a new alkylation process using an ioni...
Lowering emissions from ammonia production with electrolysis
A NEW method to produce ammonia via electrolysis can improve the process while also lowering emis...
IChemE awards engineers who 3D print reactors
ENGINEERS from Air Liquide who are 3D printing reactors for the purpose of process intensificatio...
Developing sulfur polymers
RESEARCHERS at the University of Liverpool, UK, are making significant progress in developing new...
New catalyst for creating syngas from waste CO2
A CATALYST produced via flame spray pyrolysis can be used to turn waste CO2 into syngas for use i...
Novel steam reforming catalyst has first commercial success
A NOVEL steam reforming catalyst, produced by Clariant, has proved successful in its first commer...
Ronald Hughes, 1928–2020
Obituary of Ronald Hughes, an influential catalysis researcher
CPI and Oxford partner to scale up biocatalysis technology
TECHNOLOGY innovation centre CPI and the University of Oxford, UK have partnered to scale up tech...
Drax and Econic partner to produce plastic using waste CO2
DRAX has announced a partnership with cleantech company Econic Technologies, to explore the poten...
BASF and Lutianhua sign agreement to build dimethyl ether pilot plant
BASF and Lutianhua have signed a memorandum of understanding to build a pilot plant for synthesis...
BP joins effort to make paraxylene from biological sources
BP has formed a partnership with Virent and Johnson Matthey to commercialise a process that produ...
BASF opens new research centre
BASF has opened a new research centre for catalyst and process development.
Turning CO2 into solid carbon for storage
A NEW carbon capture process has been developed that turns carbon dioxide gas into solid carbon t...
Catalyst firm Haldor Topsøe sells 30% stake to Temasek
DANISH engineering firm Haldor Topsøe is selling a 30% stake in its business to Singapore state i...
Producing ammonia with plasma
CHEMICAL engineers have produced ammonia from nitrogen and water using plasma, in a process that ...
Improved process for making plastics from sulfur
SCIENTISTS led by the University of Liverpool, UK have discovered a novel catalytic process for t...
BASF announces four research projects for reducing CO2 emissions
BASF has outlined four R&D activities that will allow the company to achieve CO2-neutral growth u...
A catalyst for ‘greener’ hydrogen production
A RESEARCHER at the University of Delaware (UD), US has patented a process that could enable gree...
Pioneering professor awarded IChemE medal
ICHEME has awarded the Andrew Medal to Freek Kapteijn, Professor and Section Head of Catalysis En...
Novel particles for photocatalytic water treatment
RESEARCHERS at Rice University, US, have developed novel micrometre-sized, titanium dioxide (TiO2...
Mobile plant produces fuel from waste wood
TWELVE research groups from seven countries have developed a sustainable method for producing bio...
Recycling mixed plastics together
RESEARCHERS in the UK have undertaken a project which aims to develop new technologies for dealin...
New catalyst reduces carbon dioxide emissions in coal-to-liquids process
A CATALYST has been developed that almost eliminates carbon dioxide emissions in the Fischer-Trop...
Producing hydrogen from plastic waste
A PROCESS has been developed to convert waste plastic into hydrogen which could be used as fuel.
Caltech chemical engineer Frances Arnold wins Nobel Prize
CHEMICAL engineer Frances Arnold has been awarded the 2018 Nobel Prize in Chemistry for her pione...
An improved methane to syngas catalyst
RESEARCHERS at the Institute of Catalysis at Hokkaido University, Japan, have created an improved...
Green amino acid production incorporates carbon dioxide
L-METHIONINE is an amino acid that is typically produced using toxic hydrogen cyanide. Researcher...
‘Green’ high-tech dye synthesis
RESEARCHERS at TU Wien, Austria, have discovered a novel, highly efficient, ‘green’ method of syn...
Membrane filters out antibiotic-resistant bacteria in wastewater
A TECHNIQUE has been developed combining a photocatalytic membrane and UV light to remove most an...
Epilepsy drug created from greener catalytic process
A NEW method has been developed for drug production that avoids the use of expensive precious met...
New process for creating biodegradable polyesters
RESEARCHERS have developed a new polymerisation process involving a light-activated catalyst that...
Caffeine used as a catalyst to make gels for drug delivery
RESEARCHERS looking for a safe catalyst to use when creating gels for drug delivery have found th...
Finalists announced for carbon capture XPRIZE
TEN finalists have been announced in the NRG COSIA Carbon XPRIZE which is incentivising companies...
Formic acid-based fuel cell developed for hydrogen storage
A FUEL cell has been developed that can store and transport hydrogen using formic acid so that th...
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...
Metal-free catalyst for ester synthesis
A METAL-FREE and recyclable catalyst has been developed for synthesising complex esters which cou...
Developing a safe and efficient method for the removal of micropollutants from water
A RESEARCHER at the University of Bath, UK, has been awarded a grant to develop the photocatalysi...
Highly efficient ammonia synthesis with new catalyst
A CATALYST has been developed for synthesising ammonia that is around 100 times more efficient th...
New catalyst for hydrogen production
A CATALYST composed of nickel and iron has been developed that will make the production of hydrog...
SABIC becomes largest shareholder in Clariant
SABIC has become the largest shareholder in specialty chemicals company Clariant. The Saudi chemi...
UCL, Tufts find new catalyst to turn shale gas into fuel
A NEW platinum and copper alloy catalyst developed at University College London, UK, and Tufts Un...
Catalyst turns nitrate pollution into water and N2
RESEARCHERS at Rice University, US, have developed a nanoparticle catalyst that converts hazardou...
Molten metal for clean hydrogen
MOLTEN metal could be used for a cheaper, more environmentally-friendly alternative to produce H2...
3D printing of catalysts
CHEMICALLY active catalysts have been 3D printed in a single step, which researchers say could al...
Functionalising waste methane in remote locations
A NOVEL electrochemical process to convert methane into methanol precursors could reduce the need...
First liquid MOF described, retains porosity
NOVEL research has demonstrated that metal-organic frameworks (MOFs), commonly produced as fine p...
Evonik develops new process for MMA
EVONIK has developed a more efficient process to produce methyl methacrylate (MMA), a widely-used...
Plasma synthesis turns CO2 and CH4 into fuels and chemicals
RESEARCHERS have reported a “major breakthrough” in reforming CO2 and CH4 into liquid fuels and c...
Singapore pharma innovation programme launched
A MEMORANDUM of understanding between three industry giants and Singapore’s public sector was sig...
Light-activated catalyst turns CO2 to CO
RESEARCHERS at Lawrence Berkeley National Laboratory in the US have developed a “spongy” nickel-b...
Making polysulfates and polysulfonates
RESEARCHERS using so-called “click chemistry” say they have developed a fast, easy way to make su...
Turning dirty foil into useful catalysts
CONTAMINATED foil is unrecyclable as grease and fats damage recycling equipment, so it is often l...
New asymmetric synthesis method
A HIGHLY enantioselective method for the decarboxylative halogenation of carboxylic acids has bee...
Method makes olefins under mild conditions
CHEMISTS in the US and South Korea have developed a technique to produce olefins, a vital chemica...
Solar paint turns wall into a fuel station
ONE day, fuel stations could become little more than a wall coated with a special catalytic paint...
