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...
Features
Answering the Call of Nature
Dyllon Randall explains how bio-bricks can be grown from human urine
A Clean Bill of Health
James Finn describes the development of an award-winning setup for sterile filtration of APIs
Testing the Metal
Amanda Doyle visits SaMI to learn about the next steps for steel research
BioSNG: Fuelling the Future with Trash
Massimiliano Materazzi and Richard Taylor discuss the promise of a bio-substitute for natural gas
No More Lost Light Gases
Jason Ornstein, Ray Ozdemir & Anne Boehme on adapting failed automotive capture technology for ...
Quick Thinking
Why is it that the introduction of innovative process technologies appears to be so slow in the p...
Monodispersion at Scale
Micropore Technologies, a specialist engineering company, has successfully scaled up membrane tec...
Little Wonder
Adam Duckett speaks to chemical engineer Bill Grieco, CEO of the RAPID Manufacturing Institute, a...
Worth its Weight
It is increasingly important for companies to maximise the sustainability of their manufacturing ...
Add it Up
Process simulation software has become almost universal in the chemical engineering sector, and m...
Waste-to-BioSNG innovation wins big at IChemE Awards
Amanda Jasi reviews the winners of IChemE's annual awards programme
2018 – The Year of Engineering
Adam Duckett speaks to engineers, schoolchildren and teachers who took part in the UK government’...
Producing Graphene at Scale
The challenge for chemical engineers of producing graphene at scale
Speeding up Development with Data Analytics
Constant pressure to innovate? Boost development productivity with data analytics
Filtration – The Forgotten Process
Filtration is often overlooked during the development of new processes, but at what cost?
Carbon Capture and Storage: Are We There Yet?
Amanda Doyle travels to Norway on a CCS safari
From Slime to Sublime
The potential of algae to recover valuable resources from waste could transform the traditional w...
Honey, I Shrunk the Antimicrobial Resistance
An engineer’s role in rejuvenating a naturally-inspired antimicrobial
Bioprocessing insights on getting the most from your data
Ahead of our coming webinar on 9 October, the presenters from JMP and GSK discuss using data to i...
Chemical Engineering in the Kitchen
Visiting the home of the inventor of a novel, continuous process for juicing and straining. Amand...
The Rum Diary
Bringing multi-product distilling to Australia
Add It Up!
How 3D printing of reactors can help chemical engineers with process intensification
Pet Projects
Standard routines and their place in continuous improvement
Ditch the Dirt
Hydroponic technology could help us sustainably meet growing food demand
Thinking Outside the Block
Can novel uses of blockchain technology in the chemical and process industries justify its cost?
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...
Under One Roof
The University of Cambridge’s new chemical engineering and biotechnology building is open for b...
How to Build a Retina
Chemical synthesis of a retina, and how it can ‘see’ the world around it
Hands On
Adam Duckett reports from the launch of the University of Sheffield’s new continuous powder proce...
The Internet of Brewing
Developing a low-cost smartphone app to help craft beer breweries and homebrewers monitor and con...
Friendly Foams
Building the UK’s first captured-carbon polymerisation plant
The Privilege of Being First
An insider’s view of the technical challenges overcome at the pioneering Boundary Dam CCS project...
Has Carbon Utilisation Captured its Audience?
A look into public awareness and acceptance of carbon capture and utilisation
Making a Dent in the Water Crisis
Developing a centuries-old idea to provide clean drinking water
Landfill vs Skyfill
How landfill might be the better option for disposal of low-grade plastics
It’s a Gas, Gas, Gas
H21: why we need bold thinking for a greener, cleaner, low-cost future
Shale Gas: Friend or Foe?
An overview of the scientific and technical challenges that have surfaced because of shale gas
Spiralling into Affordable Healthcare
New reactor promises continuous processing of biotherapeutics
Vaccines: The End of the Cold War?
How an award-winning ensilication technology could remove the need to refrigerate life-saving vac...
Reality Check
How augmented reality is ticking all the boxes for the process sector. Simon Clarke, Director at ...
Coming Soon…
The promise of AI for industrial automation
Imagine Chemistry: a New Kind of Innovation Challenge for an Industry that Needs Shaking Up
AkzoNobel is calling on chemical engineers to enter its R&D challenge and help provide the missin...
Biorefining and Integrated Bioresource Engineering
FBP journal – a new avenue for the research
A Greener Future for IChemE
The BioFutures Programme will address the opportunities and challenges faced by the chemical engi...
Buses Full of Beans
The route from coffee waste to biofuel: Dickon Posnett, Argent Energy Director of Corporate Affai...
Little by Little
Creating scalable nanomaterials for industry
Solar-Powered Water Purification Wins Top Prize
Helen Tunnicliffe reviews the winners of IChemE’s annual awards programme
Interreg FCE – Funding Cross-Channel Collaboration
Funding up for grabs for Anglo-French projects
Into the Future
Water and wastewater processes: the last (and next) 30 years
Technology Sharing
Why we must harness the power of horizontal innovation in the formulation sector
Equipped to Innovate
Rethinking the PhD – and your perceptions
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
Better by Design
Quality by design must be viewed as an opportunity, not as a regulatory burden
Transformational Technologies
Transformational technologies in oil and gas. Could we learn future direction from past innovations?
Turning Ocean Trash into Cash
Project turns plastic waste in the sea into vehicle fuels
News
New plastic can be recycled repeatedly
SCIENTISTS at the US Department of Energy’s (DOE) Lawrence Berkley National Laboratory (LBNL) hav...
Third phase of Australian CCS project given go-ahead
CO2CRC, an Australian carbon capture and storage (CCS) research organisation, has announced a A$4...
A novel process for democratised fertiliser production
RESEARCHERS from the University of Tokyo (UTokyo), Japan have developed a bench-scale ammonia pro...
Nouryon announces Imagine Chemistry winners
EIGHT groups received awards in Nouryon’s 2019 Imagine Chemistry competition.
Australian hydrogen energy storage project receives US$2.4m investment
RESEARCHERS in Australia have received a A$3.5m (US$2.4m) investment to develop a system that sto...
Reducing the energy required to produce greener chemicals
PRODUCING useful chemicals from carbon dioxide via electrolysis typically has a high energy consu...
New process improves efficiency of isobutanol production
RESEARCHERS have developed a new process for producing the biofuel isobutanol more economically.
Novel epoxide synthesis
RESEARCHERS at MIT have developed a novel method for epoxide synthesis which could offer a safer ...
A tougher bioplastic for food packaging
ADDING rubber to bioplastic to make it less brittle has led to the development of a new type of b...
A novel EOR surfactant
SCIENTISTS at Swansea University, UK have developed a novel, ‘green’ surfactant which improves oi...
Wood secures SABIC engineering design contract
WOOD has secured a contract with SABIC to design a world-class petrochemicals research centre in ...
Threads that change colour in response to certain gases
A NEW method for dying threads could be used to create smart clothing that changes colour in the ...
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...
Increasing the recycling rate of electric vehicle batteries
A PARTNERSHIP between Nordic clean energy company Fortum, and Finnish speciality recycling compan...
Removing oil from produced water
A PROCESS has been developed that can remove nearly all traces of oil in produced water.
Dual-polymer hydrogel can respond dynamically to its environment
A HYDROGEL has been developed that can bend, twist, or stick together when exposed to certain sol...
New process speeds up the production of biofuel from microorganisms
A PROCESS for converting algae to biofuel has been developed that is significantly less energy-in...
UK fusion research centre granted contract extension
JOINT European Torus (JET), a fusion energy research centre in the UK, has had its contract exten...
BASF opens new research centre
BASF has opened a new research centre for catalyst and process development.
Using AI to improve drug development
SCIENCE and technology company Merck is collaborating with Iktos to use Iktos’ artificial intelli...
Turning CO2 into solid carbon for storage
A NEW carbon capture process has been developed that turns carbon dioxide gas into solid carbon t...
Stabilising coal ash ponds using ‘biocement’
RESEARCHERS at North Carolina State University (NCSU), US have developed a technique that adds ba...
Chemical engineers quiz MPs on science funding and single-use plastic
IN a reversal of roles, chemical engineers took the opportunity yesterday to quiz UK policy leade...
Novel water treatment pilot plant
RESEARCHERS in Singapore are to build a pilot membrane filtration plant to treat industrial waste...
Novel CO2 scrubber
RESEARCHERS at Michigan Technological University (MTU), US have designed a carbon dioxide (CO2) s...
A new process for converting plastic waste to fuel
A NEW process has been developed that uses supercritical water to transform polypropylene plastic...
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...
UK-Japan venture seeks to build small nuclear reactor in North East England
THE UK’s Penultimate Power has agreed to form a joint venture with the Japan Atomic Energy Agency...
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...
£20m boost for UK steel and biotech
BIOMANUFACTURING and the steel sector have each been awarded £10m in funding to help commercialis...
GO dough: transforming graphene oxide
RESEARCHERS have developed a method to turn graphene oxide into a mouldable dough, making it safe...
Clariant partners with ExxonMobil and Renewable Energy Group
Clariant has partnered with ExxonMobil and the biofuel firm Renewable Energy Group (REG) to devel...
Producing synthetic gas with a single-step process
TECHNOLOGY company Sunfire has successfully demonstrated a single-step process for producing syng...
3D-printed sponge could reduce side effects of chemotherapy
CHEMICAL engineers at the University of California (UC), Berkeley, US, have developed a 3D-printe...
New carbon capture technology granted funding for further development
THE Gas Technology Institute (GTI) and Carbon CCS-US, the US subsidiary of Carbon Clean Solutions...
Unilever joins Nouryon’s Imagine Chemistry
NOURYON has launched the 3rd edition of Imagine Chemistry, a collaborative challenge which aims t...
Exxon partners with IBM to advance quantum computing
EXXONMOBIL has become the first energy company to join the IBM Q Network, a worldwide community 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...
IChemE members honoured by Malaysia science academy
SIX IChemE members have been recognised for their research excellence by the Academy of Sciences ...
University of Melbourne wins US$100,000 grant
RESEARCHERS at the University of Melbourne, Australia have won a US$100,000 Grand Challenges Expl...
Novel method for creating sequence-defined polymers
RESEARCHERS at Imperial College London, UK have developed a new class of multifunctional sequence...
Novel ‘organ-on-a-chip’ device
RESEARCHERS led by the University of Cambridge, UK have developed a three-dimensional (3D) ‘organ...
Scepticism over the UK bioeconomy strategy
INDUSTRY has expressed mixed reactions towards the recently-released UK Bioeconomy Strategy. The ...
Novel particles for photocatalytic water treatment
RESEARCHERS at Rice University, US, have developed novel micrometre-sized, titanium dioxide (TiO2...
UK moving forward with CCUS plans
THE UK government has unveiled an action plan for developing carbon, capture, utilisation and sto...
Engineers publish £22bn blueprint for UK to take global lead on hydrogen heating
ENGINEERS have called on the UK government to immediately spend £125m (US$159m) designing a hydro...
New definitions for the kilogram, mole, ampere, and kelvin
METROLOGISTS from over 60 countries met at the General Conference on Weights and Measures in Vers...
Mobile plant produces fuel from waste wood
TWELVE research groups from seven countries have developed a sustainable method for producing bio...
BP launches Kathleen Lonsdale fellowships at the University of Manchester
BP-FUNDED fellowships have been awarded to two scientists at the UK’s University of Manchester. T...
Understanding why fracking wastewater contains radioactive waste
RESEARCHERS at Dartmouth College, US, have released a study explaining the transfer of radium to ...
ExxonMobil to contribute US$10m to the Singapore Energy Centre partnership
EXXONMOBIL has announced that it will be contributing US$10m to the Singapore Energy Centre. The ...
Report finds more ‘D’ needed in UK R&D
A Royal Academy of Engineering report has found that more support is needed for the final develop...
Recycling carbon dioxide in steel production
A EUROPEAN project is researching how to use the carbon dioxide produced during steelmaking to ma...
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...
RAEng and Lloyd’s Register launch £15m safety initiative and call on others to join
THE UK’s Royal Academy of Engineering and Lloyd’s Register Foundation have announced a £15m (US$1...
A membrane technology breakthrough
RESEARCHERS from the Livingston Group at Imperial College London, UK, in collaboration with BP, h...
Queen of Perak presents IChemE Awards to outstanding young engineers
Her Royal Highness Zara Salim, Queen of Perak, presented two promising chemical engineers with tr...
Producing hydrogen from plastic waste
A PROCESS has been developed to convert waste plastic into hydrogen which could be used as fuel.
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 ...
Improving water purification
A NEW, multi-university research centre, headquartered at the US' University of Texas at Austin (...
UN climate experts warn society must make unparalleled shift
LIMITING global warming to 1.5°C requires rapid and unprecedented changes to society, UN climate ...
Caltech chemical engineer Frances Arnold wins Nobel Prize
CHEMICAL engineer Frances Arnold has been awarded the 2018 Nobel Prize in Chemistry for her pione...
UK steel industry gets £7m funding for alloy development
SWANSEA University, in partnership with Tata Steel and Warwick Manufacturing Group at the Univers...
An improved methane to syngas catalyst
RESEARCHERS at the Institute of Catalysis at Hokkaido University, Japan, have created an improved...
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...
Joint report calls for immediate action to remove greenhouse gases
The Royal Society and the Royal Academy of Engineering (RAEng) have released a joint report outli...
Pulling oil from water
ENGINEERS at Rice University, US, in conjunction with Shell Global Solutions, have developed magn...
Transforming medicines manufacturing
IN a collaboration between Imperial College London, University College London (UCL), and global p...
IChemE announces Global Award finalists
IChemE has announced the finalists of the IChemE Global Awards 2018. More than 100 entries from a...
Nuvia wins contract for Dounreay Site Restoration Limited
NUVIA (UK) has won a multi-million-pound contract with Dounreay Site Restoration Limited (DSRL) t...
Big little droplets
RESEARCHERS at MIT have discovered a method that makes sprayed droplets hit and stick to their ta...
Green amino acid production incorporates carbon dioxide
L-METHIONINE is an amino acid that is typically produced using toxic hydrogen cyanide. Researcher...
Alliance seeks partner to boost lab safety
PISTOIA ALLIANCE, a global-not-for-profit life sciences organisation, is seeking a strategic part...
US invests in water treatment research projects
The US Bureau of Reclamation, which oversees water resource management, has announced that it wil...
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...
‘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...
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 ...
Novel smart drying technology
RESEARCHERS at Monash University in Australia, along with academic collaborators in China, France...
EPSRC funds Inclusion Matters initiative
THE EPSRC (Engineering and Physical Sciences Research Council) has announced that it is giving a ...
New technique for recycling multi-layer packaging
CRISP packets, chocolate wrappers, and blister packets for pills are all extremely difficult to r...
Circular hydraulic jump not caused by gravity
A FLUID mechanics phenomenon commonly seen when tap water hits a sink, and first observed by Leon...
New packaging: cheap and slippery
FANS of fast food know how tricky it is trying to squeeze out the last drops of ketchup from thos...
Wood and National Nuclear Laboratory partner for nuclear fuel research
THE UK government’s Department for Business, Energy and Industrial Strategy has awarded a three-y...
Lab-on-a-chip moves droplets via sound waves
A LAB-ON-A-CHIP that can allow droplets to ‘surf’ across oil using acoustic waves has been develo...
Spray coating solar cells improves efficiency
A NEW technique for manufacturing perovskite solar cells improves their efficiency and solves pre...
Metal-polymer hybrid used to create flexible electronics
A HYBRID conductive material has been developed for flexible electronic circuits by combining ela...
Nanoparticles for non-invasive scar detection
NANOPARTICLES which emit fluorescent signals in the presence of scar cells could be used for non-...
Colour-changing fibres indicate pressure in compression bandages
FIBRES that change colour when stretched have been integrated into compression bandages, which wi...
Turning wood waste into adhesives
A substance in trees that is usually discarded by paper manufacturers has been used to create adh...
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...
Wood invests in nuclear decommissioning
WOOD has launched a new fund that will invest in technologies developed by small and medium enter...
Laser monitoring of molten steel
NEW laser technology will allow steelworkers to monitor the condition of molten metal furnaces in...
UK outlines £200m nuclear sector deal
THE UK government has unveiled a £200m (US$262m) deal in partnership with the nuclear industry th...
Green ammonia project set for launch in UK today
SIEMENS will launch a demonstration project in the UK today to showcase the potential of using ‘g...
Blubber breakthrough: MIT engineers increase wetsuit survivability
MIT chemical engineer Michael Strano has helped develop a treatment for wetsuits that protects di...
Initiative seeks to unlock potential of health and safety data
HSE has teamed up with the Lloyd’s Register Foundation to develop new techniques aimed at sifting...
China-UK metrology collaboration
THE University of Huddersfield has signed a memorandum of understanding with Shanghai Jiao Tong U...
New 3D printer creates complex biological tissues
A 3D printer has been developed that uses a microfluidics chip to combine multiple cell-laden hyd...
Queen honours Rose Amal, David Hind, Graham Hutchings and Jim Ratcliffe
THE QUEEN has awarded birthday honours to four members of IChemE: Rose Amal, David Hind, Graham H...
Heat-triggered polymerisation method saves energy
A NEW polymer manufacturing process that uses the energy from the internal polymerisation reactio...
3D-printing human corneas
HUMAN corneas have been 3D-bioprinted using a specially designed bio-ink containing corneal cells.
Top ten bio-based chemicals for UK economic growth
A REPORT from the Lignocellulosic Biorefinery Network (LBNet) has identified ten biochemicals whe...
BASF and ExxonMobil form gas-treating alliance
BASF and ExxonMobil Catalysts and Licensing will work together to develop new gas-treating solven...
That’s the spirit: chemical engineer develops flexible micro-distillery
A CHEMICAL engineer from the University of Queensland has created a new type of micro distillery ...
Norway outlines funding for full-chain CCS demonstration project
NORWAY’S efforts to develop a full-chain CCS demonstration project have been boosted by governmen...
Finalists announced in AkzoNobel Imagine Chemistry challenge
THE 20 finalists for the 2018 Imagine Chemistry challenge have been announced, with winners due t...
Successful testing of fission reactor for future space exploration
NASA has demonstrated that its prototype nuclear fission reactor can operate safely and produce t...
Gladden to lead EPSRC
CHEMICAL engineer Lynn Gladden will be the next executive chair of the Engineering and Physical S...
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...
Clouds defeated: real-time control system boosts solar chemicals production
CHEMICAL engineers have developed a control system costing less than €50 (US$61) that overcomes o...
Finalists announced for carbon capture XPRIZE
TEN finalists have been announced in the NRG COSIA Carbon XPRIZE which is incentivising companies...
Water purification using sunlight and hydrogel
A WATER purification method has been developed that uses sunlight along with an inexpensive gel, ...
Printing all-liquid 3D structures
A TEAM of scientists has developed a method to 3D print all-liquid structures which could have ap...
Plastic as a heat conductor
A PLASTIC has been developed that can dissipate heat instead of trapping it, which could be used ...
Engineered enzyme digests plastic
AN EXPERIMENT to study a plastic-eating bacterium accidentally created a mutant enzyme that degra...
New design of lithium-air battery is step towards next generation of energy storage
A COMPLETE overhaul of the design of the lithium-air battery has led to the development of a prot...
Light-controlled yeast produces biofuel
MODIFIED yeast that use light as a switch to change metabolic pathways have been used to produce ...
Unilever joins forces with Ioniqa to scale up breakthrough plastic waste recycling process
UNILEVER has formed a partnership with processing pioneer Ioniqa and Indorama, the world’s larges...
New 4D printer can create shape-changing objects
RESEARCHERS have developed a prototype ‘4D’ printer that allows 3D-printed objects to change thei...
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...
Nestlé launches first product containing breakthrough form of sugar
NESTLÉ has announced it is launching its first product containing a new form of natural sugar tha...
Easter eggsperts: chemical engineers have chocolate eco-ratings licked
AS we peel the foil off our Easter eggs this Sunday, chemical engineers are urging us to consider...
AkzoNobel joins Swedish green hydrogen partnership
AKZONOBEL has joined a partnership in Sweden that seeks to use excess renewable power to produce ...
Keeping proteins active outside of the cell
A METHOD has been developed for keeping proteins functional in non-native environments, which cou...
Hybrid cells bridge the gap between biological and artificial cells
LIVING and non-living components have been combined using microfluidics to create a hybrid cell c...
Monitoring tablet production with near-infrared chemical imaging
A STUDY has shown that near-infrared chemical imaging (NIR CI) can be used for monitoring the mix...
New MOF membrane cuts energy use for petrochemical industry
AN ENERGY efficient separation method for propylene and propane has been developed using metal-or...
Blood-testing 'disruptor' charged with fraud
THE CEO and former-president of Theranos – a company which claimed to have developed technology t...
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...
Siempelkamp develops new process for nuclear decontamination
A PROCESS for the chemical decontamination of nuclear reactor cooling systems has been developed ...
Graphene as a carrier for fertiliser micronutrients
A GRAPHENE-BASED carrier system for delivering micronutrients to crops increases the efficiency o...
Metal-free catalyst for ester synthesis
A METAL-FREE and recyclable catalyst has been developed for synthesising complex esters which cou...
3D printing metal alloys for flexible electronics
RESEARCHERS at Oregon State University have developed a method to 3D-print metal alloys which cou...
Nuclear fusion is 15 years away from reality, say MIT engineers
FUSION power – the clean energy technology wryly said to always be 30 years from reality – could ...
Exxon’s algae biofuel venture enters new phase, targeting 10,000 bbl/d
EXXONMOBIL and biotech pioneer Synthetic Genomics are starting field trails for their joint algae...
Trialling hydrogen in the UK gas network
AN ENERGY trial at Keele University, UK, will assess the feasibility of adding hydrogen to the ga...
Toyota magnet cuts need for rare earth elements
TOYOTA has developed a new magnet for electric car motors that requires less neodymium than conve...
Rhyme time for research students
DOCTORAL students were challenged by the University of Bath, UK, to summarise their research in a...
Solar reactor uses storage to produce fuel day and night
A SOLAR reactor has been developed that can store thermal energy to produce fuel around the clock...
Printed hydrogel makes drug testing more efficient
ENGINEERS have devised a way to make drug testing more efficient and affordable. The new drug dis...
Highly efficient ammonia synthesis with new catalyst
A CATALYST has been developed for synthesising ammonia that is around 100 times more efficient th...
New densified wood is as strong as steel
ENGINEERS at the University of Maryland have developed a way to make wood more than ten times str...
DNV GL opens centre to catalyse 3D printing in oil and gas industry
DNV GL has set up an R&D centre in Singapore to accelerate the use of 3D-printed technology by th...
3D printing of living cells using in-air microfluidics
A TECHNIQUE has been developed that allows two fluids to be combined mid-air by using two jets of...
Fission reactor in development for future space travel
A PROTOTYPE nuclear fission reactor is currently being tested as part of NASA’s Kilopower project...
Green steel process given go ahead for testing at pilot scale
AN INDUSTRIAL consortium in Sweden will build a pilot plant to test a steel production process th...
ExxonMobil expects to pump out majority of its oil, even in a low-carbon future
EXXONMOBIL says there is little risk that climate change policies will force it to leave its prov...
New catalyst for hydrogen production
A CATALYST composed of nickel and iron has been developed that will make the production of hydrog...
Using LEGO bricks for microfluidics
RESEARCHERS at MIT have simplified the process of creating microfluidics prototypes by building t...
Genomatica and Aquafil join forces to make bio-based nylon
GENOMATICA is working with nylon-maker Aquafil to produce one of its key feedstocks – caprolactam...
Bread alert: chemical engineers reveal worst sandwiches for the climate
DO you want to do your bit for the climate at lunchtime? If so, chemical engineers say you should...
Saudi Aramco, CB&I and Chevron Lummus Global in new JDA
SAUDI ARAMCO, CB&I and Chevron Lummus Global (CLG) have signed a joint development agreement (JDA...
Evonik and Siemens announce two-year plan to create 'technical photosynthesis'
EVONIK and Siemens are working together on a process to produce specialty chemicals from carbon d...
Shale gas ruled one of the least sustainable options for power
SHALE gas is one of the least sustainable options for producing electricity, according to a new s...
Noël wins DECHEMA prize for his leaf-inspired microreactors
CHEMICAL engineer Timothy Noël has been awarded the 2017 DECHEMA Prize for his pioneering work on...
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...
New method weeds out flipping drugs
A NEW method has been developed to help drug developers weed out compounds that could potentially...
Improved chemical looping process for greener fossil fuels
ENGINEERS at Ohio State University, US, are developing a chemical looping process which can creat...
Cheap paper sensor detects water impurities
A MULTIDISCIPINARY research team from the University of Bath, UK, has developed a cheap, sustaina...
MIT turns living plants into desk lamps
CHEMICAL ENGINEERS at MIT have engineered a living plant to emit green light, with the eventual h...
Elsevier launches early stage research network
ELSEVIER, the publisher of IChemE’s journals, has launched a new early stage research network ded...
Fraunhofer creates spherical probes for bioreactor optimisation
RESEARCHERS at Germany’s Fraunhofer Institute for Electronic Nanosystems (ENAS) have developed mo...
3D printing with holograms
“INSTANTANEOUS” 3D printing using holograms could provide an alternative to layer-by-layer additi...
Evonik sets up first Asia research hub
EVONIK is to build its first Asian research hub in Singapore, with a specific focus on functional...
Warwickshire to host £80m UK battery research centre
UK BUSINESS secretary Greg Clark has announced that Coventry and Warwickshire will host the UK’s ...
Sheffield plans continuous powder processing plant
THE UNIVERSITY of Sheffield plans to launch the UK’s first continuous powder processing plant, wh...
Preparing for a turf war
THE US military plans to go green – as it announces plans to fund the development of “spy plants”...
One-step metabolic engineering
A NEW model in the production of biofuels and chemicals by metabolic engineering could be enabled...
World’s largest dynamic hydrogen electrolysis plant inaugurated
THE WORLD’S largest dynamic hydrogen electrolysis plant has been inaugurated in Germany, and has ...
Government outlines plan to make UK world’s most innovative nation
THE UK government has published its long-awaited Industrial Strategy as it seeks to boost industr...
A new whey to drink
TOFU whey, a byproduct from tofu manufacture, has been fermented into a new alcoholic drink, whic...
A microbial ‘tape recorder’
BACTERIAL cells that work as a “tape recorder”, by recording environmental interactions and time-...
Ethylene from artificial photosynthesis
ETHYLENE has been produced from an integrated artificial photosynthetic device for the first time...
Molten metal for clean hydrogen
MOLTEN metal could be used for a cheaper, more environmentally-friendly alternative to produce H2...
Bioengineering opportunities and risks
MAJOR issues that could face industry, society and the environment as a result of the growing bio...
New continuous cell therapy bioprocess
A COATING that allows the first ever continuous production of cells could remove a significant bo...
Cost-effective ‘supercatalyst’ recycles CO2 and CH4
CHEMICAL engineers at the University of Surrey, UK have developed a cost-effective ‘supercatalyst...
Stored heat from the sun can provide energy on demand
ENGINEERS at MIT, US, have developed a chemical composite that can store heat from the sun during...
Wood improves solar steam generation
POROUS wood from trees like poplar and pine could be used for an efficient, biodegradable water p...
First kerosene made from solar syngas
SYNGAS made from solar energy has been processed into kerosene for the first time, which research...
Cutting long-lived nuclear waste
THE half-life of nuclear fission products could be reduced from hundreds of thousands of years to...
Locking plastic in concrete
ADDING plastic bottles to concrete could lead not only to lower carbon emissions, but improve str...
New graphene oxide membrane filters organics
GRAPHENE OXIDE membranes were once thought to be permeable only to aqueous solutions, but researc...
Keeping oil and water mixed for months
EMULSIONS that can stay stable for months have been created using a low-cost, low-energy process ...
Detecting water leaks with ‘smart paper’
A SMART paper laced with conductive nanomaterials could be used to easily locate water leaks in a...
EU launches €6m project to valorise jellyfish
A PROJECT seeking to explore turning jellyfish blooms into new products such as biofilters, ferti...
Living solar panel printed on paper
BIO-SOLAR panels have been printed to resemble wallpaper, and could lead to new types of electric...
Natural gas emissions threaten EU carbon budget
METHANE emissions from natural gas have been underestimated by governments, and the “bridging fue...
Bioinspired polymers self-assemble like proteins
RESEARCHERS in the US have worked out how to make polymer chains self-assemble into a desired str...
NUS, NTU and ExxonMobil set up Singapore Energy Centre
THE National University of Singapore (NUS) and Nanyang Technological University (NTU) have signed...
New magnesium process cuts energy use by 60%
A SPINOUT from the University of Colorado Boulder (CU-Boulder) has developed a process to extract...
Using AI to discover new processes
A MACHINE learning tool with the potential to search through millions of research papers to devel...
Acid ISR recovers uranium tenfold
A MINING company is seeking to switch from an alkaline to acidic method of uranium recovery in a ...
3D printing of catalysts
CHEMICALLY active catalysts have been 3D printed in a single step, which researchers say could al...
Putting human waste to good use
NUTRIENTS, energy and water will be safely recovered from the faeces and urine of up to 1,000 peo...
Russia signs nuclear agreements with Nigeria
RUSSIA has signed agreements to build a nuclear power plant and a research centre housing a multi...
2D materials with ‘smallest possible’ holes sieve salt from seawater
RESEARCHERS at the University of Manchester’s National Graphene Institute (NGI) have assembled me...
Novel coating turns windows into radiators
MUCH of the heat loss from buildings is through the windows, but researchers in Sweden have devel...
Rice solves mystery of asphaltene clearance in oil pipes
ASPHALTENE, the cholesterol of the oil industry, clogs pipelines and interrupts flow, but dispers...
Removing silica from power plant water
COOLING tower water could be reused and recycled ten or more times by using a new silica-removing...
Functionalising waste methane in remote locations
A NOVEL electrochemical process to convert methane into methanol precursors could reduce the need...
14 partners join CO2-to-plastic consortium
COVESTRO is leading a consortium of 14 European partners from seven countries in a new project to...
Ceramic pump works at 1,400°C
A CERAMIC pump capable of transferring molten tin at temperatures of more than 1,400°C could lead...
BASF to enter seeds business with €5.9bn Bayer deal
BAYER has agreed to sell some of its crop science businesses to BASF for €5.9bn (US$7bn), as it s...
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 "model factory" to help SMEs
SINGAPORE’S first 'model factory' has been launched, which will allow SMEs to gain experience of ...
ISC report sets out safety roadmap
PROCESS safety incidents are not decreasing over time, and steps must be taken to reduce the repe...
Founders of £65m UK battery research institute named
SEVEN British universities have been named as founding partners of the £65m Faraday Battery Insti...
EFCE honours individuals and team that developed 3D-printed reactor
THE European Federation of Chemical Engineering (EFCE) has today announced the winners of a serie...
Vapour jet printing personalised medicines
RESEARCHERS at the University of Michigan have developed vapour jet printing technology, usually ...
An olive branch for a circular economy
RESEARCHERS have piloted a process to turn a waste stream from olive oil manufacture into biofuel...
Lund team turns chicken feathers into food
MILLIONS of tons of chicken feathers are wasted every year, but researchers at Lund University in...
Filtering fracking water for reuse
A SUPERHYDROPHILIC filter has been shown to remove 90% of hydrocarbons, bacteria, and particulate...
Open-access reaction optimisation
FREELY-available software which is hoped will provide an easy-to-use tool for automated reaction ...
A fashionable process
A PILOT facility in Finland has successfully trialled an environmentally-friendly process to recy...
Surf and turf: replacing plastic laminates
A COMPOSTABLE biomaterial made of derivatives from lobster shells and wood could sustainably repl...
Capturing ionic winds
STUNNING 3D images that show the effect of electric fields on ionic winds flowing from a flame co...
UK and US sign science agreement
A SCIENCE and technology agreement between the UK and US was signed yesterday, which is the first...
IgNobels reward coffee fluid dynamics and liquid cats
THE IgNobel Awards, celebrating the weirdest of weird science, have this year been awarded to suc...
Caterpillars might not break down plastic after all
RESEARCHERS in Germany say that research earlier this year showing that waxworms can chemically b...
Shott: UK chemical industry should focus on strengths
FORMER IChemE president Ian Shott says that the huge UK chemical industry must focus on its stren...
Storing energy brick by brick
FIREBRICKS similar to those used to line kilns for over 3,000 years could provide an industrial e...
Thorium nuclear research boost
A THORIUM molten salt reactor (TMSR) experiment – the world’s first in over 45 years – has been s...
Singapore pharma innovation programme launched
A MEMORANDUM of understanding between three industry giants and Singapore’s public sector was sig...
Spraying electric rainbows
A SAFER, easier process to apply colour-changing conjugated polymer films to consumer goods such ...
Cyborg bacteria make chemicals from sunlight
“CYBORG” bacteria covered in tiny solar panels have been demonstrated to produce acetic acid from...
Making magic
BIOSYNTHESIS of psilocybin, the psychoactive drug found in so-called “magic mushrooms”, has been ...
Giving green polymers the blue light
BLUE light has been used by researchers to create an interpenetrating polymeric network (IPN) in ...
Merck unsure of cyberattack impact
MERCK & Co has said that it still does not yet know the full impact of the NotPetya cyberattack, ...
Light-activated catalyst turns CO2 to CO
RESEARCHERS at Lawrence Berkeley National Laboratory in the US have developed a “spongy” nickel-b...
Jellyfish and prawn cocktail
A GASTRONOMIC delight in Asia could be making its way to the western world, thanks to a new proce...
Medical adhesive inspired by slugs
AN ADHESIVE inspired by a species of slug has been described by researchers, who say it adheres f...
Produce less, pollute more
A STANFORD University study suggests that ageing oilfields can demand more energy even while petr...
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...
Wood digestion without enzymes
SUCCESSFULLY understanding the unique, non-enzymatic digestion of wood by a fungus has been descr...
New asymmetric synthesis method
A HIGHLY enantioselective method for the decarboxylative halogenation of carboxylic acids has bee...
Protein made using CO2 and electricity
RESEARCHERS in Finland have successfully produced a batch of single-cell protein using electricit...
Nano-sand in EOR
MORE oil could be recovered from wells by injecting a mixture of ‘nano-sand’ and a surfactant, ac...
Bismuth could replace lead in solar cells
BISMUTH could offer a non-toxic alternative to lead in next-generation perovskite solar cells, ac...
Floating cellulose gel cleans up oil spills
A NEW type of cellulose composite material which can turn spilled oil into a rigid floating gel t...
Spinning silkworm cocoons
BIOCOMPATIBLE, biodegradable silk cocoons capable of being accurately spun on a nano-scale could ...
UK battery technology funding announced
BATTERY technology in the UK received a boost today, as the government announced £246m (US$321m) ...
New project to tackle surface corrosion
A NEW £5m (US$6.5m) project led by BP and the University of Manchester, UK, will seek to better u...
First global plastics analysis
A WORLD-first study of the production, use and fate of all plastics ever made has shown that 8.3 ...
Engineers dispel 100-year fluid flow law
A 100-YEAR law used to describe how fluid flows through rocks has been overturned by engineers at...
Science sans frontières
PRICE often limits training and research opportunities in developing countries – but researchers ...
Very strong plant-inspired graphene aerogel
A NEW form of graphene aerogel, inspired by the structure of a plant stem, is exceptionally stron...
Hydrogen-powered boat begins six-year journey
SEEKING to raise awareness of the promise of hydrogen fuel, a converted racing boat equipped to p...
Cutting biofuel production time
A BIOMASS pre-treatment technique could make biofuels cheaper, safer and up to 172% faster to pro...
Nuclear fusion in Europe delayed past 2050
NUCLEAR fusion in Europe from the DEMO demonstration plant could be pushed back beyond 2054, acco...
New way to clean water in developing world
A MULTIDISCIPLINARY team at the University of Bath, UK, is developing a new portable, cheap and e...
Spinning webs sustainably
HYDROGEL fibres similar to spider silk have been spun at room temperature, and researchers say it...
Evonik plans €100m digital investment
EVONIK has earmarked €100m (US$114m) for investment in digitalisation by 2020 and formed strategi...
Roadtrip fuelled on whisky waste
PROCESS developers are celebrating a roadtrip fuelled by whisky waste.
Lithium promotes hot plasma edge for fusion
LITHIUM could hold the key to improving the confinement of plasma in fusion reactors, and ensurin...
Consider treating unused desal filters
A BIOFOULING study that has examined colonies of bacteria on membranes suggests desalination plan...
Modularisation of nuclear new builds
A NEW R&D centre aiming to develop modular manufacturing in the UK’s nuclear energy sector has be...
Evonik and Sinopec partner on OSN
EVONIK and the SINOPEC Beijing Research Institute of the Chemical Industry (BRICI) have agreed to...
Industry 4.0 in R&D
BASF has described how digitalisation is affecting all areas of its business, from product develo...
Method makes olefins under mild conditions
CHEMISTS in the US and South Korea have developed a technique to produce olefins, a vital chemica...
IChemE’s PSEP impact factor up 40%
PROCESS SAFETY AND ENVIRONMENTAL PROTECTION (PSEP) now has the highest impact factor ever held by...
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...
UK government commits funding to fusion
THE UK government has committed to funding the Joint European Torus (JET) fusion energy research ...
New MOF turns CO2 into methane
A NEW metal-organic framework developed at the University of Adelaide, Australia, can convert CO2...
Making polycarbonate from sugar and CO2
CHEMISTS at the University of Bath, UK, have developed a process to create polycarbonate plastic ...
Notts Uni to reprogramme chemicals production
GREEN chemicals are a focus of a new £200m (US$253m) investment announced by the UK’s University ...
Exxon and partner double algae oil output
EXXONMOBIL and biotech pioneer Synthetic Genomics have announced a breakthrough in biofuels resea...
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...
