Articles tagged with Industrial Production
Researchers found that substituting up to 100% of peatmoss with pecan wood chips in greenhouse substrates reduces leaching fractions and increases substrate pH, while also providing a positive opportunity for using the product.
Researchers found that molecules use intermittent search patterns to find targets more than 10 times faster than a simple random walk. This behavior can be optimized for applications like DNA biosensors and industrial production.
A team led by Prof. Tae-Woo Lee at POSTECH has fabricated highly-efficient solution-processed fluorescence organic light-emitting diodes (OLEDs) using pure-organic thermally-activated delayed-fluorescence (TADF) emitters. This breakthrough reduces the need for precious metals, lowering production costs.
Researchers at Iowa State University have successfully developed a hybrid technology that combines genetic engineering and electrocatalysis to convert sugar into biobased, unsaturated nylon-6,6. This process offers several advantages, including low operating temperatures, the use of cheap metals, and production from water.
Scientists at ETH Zurich have developed a new type of transparent electrode using 3D print technology, featuring gold or silver nanowalls on a glass surface. This innovation offers higher conductivity and transparency than traditional indium tin oxide electrodes, leading to improved screen quality and touch responsiveness in smartphones.
The Danish berry industry is adopting more sustainable practices, including organic farming, to increase competitiveness and profitability. The project aims to expand organic blackcurrant and sour cherry production, while developing high-value products such as cherry wine and gourmet juices.
Designers of Christmas cards employed fine art to divert attention from growing consumerism and promote art and aesthetic values. Rare cards held by a Devon-based private collector showcased high-quality artwork, bridging the boundary between fine and decorative arts.
Scientists at Austrian Research Centre of Industrial Biotechnology discover a new enzyme in white rabbit's foot fern with high activity, enabling efficient recycling of cyanide wastes. The breakthrough opens doors for industrial applications in crop protection and repellent production.
Scientists successfully produced a high-quality FeNi magnet using natural meteorite material in just ten days, significantly reducing the production time from billions of years. This breakthrough resolves issues related to rare-earth supply and paves the way for industrial superiority in future magnets.
Researchers at Kazan Federal University have developed a new, environment-friendly catalyst for polyethylene production that can be produced from waste materials. The low-cost process is expected to play a significant role in the commercialization of the project with Tatarstan's Kazanorgsintez.
Researchers used microalgae to remove noxious chemicals from Chevron oil refinery wastewater, achieving 90% ammonia-nitrogen and 97% phosphorus removal. The process also produced a wealth of algae-based biomass for bioenergy and biobased chemical production.
Recent changes in the dairy industry have benefited dairy cow health and welfare, as well as consumers' expectations for improved animal health. The shift towards more sustainable production methods has led to increased adoption of new technologies, such as automated milking systems and data-driven management practices.
The European Commission's Joint Research Centre highlights the need for global cooperation to regulate nanotechnology in food and agriculture. Current approaches vary between countries, with EU and Switzerland introducing binding provisions and others relying on non-legally binding guidance.
Researchers at Chalmers University of Technology developed an optimization algorithm to minimize robot acceleration, reducing energy consumption by up to 40%. The algorithm coordinates multiple robots to optimize their movements and sequence, resulting in improved efficiency without compromising production time.
Researchers at KAIST engineered an E. coli strain to produce 1,3-diaminopropane via fermentation, offering a sustainable alternative to petroleum-based processes. The production titer increased about 21-fold, with 13 grams per liter of 1,3-diaminopropane obtained through Fed-batch fermentation.
Researchers found that strategic practices can reduce California almond production's carbon footprint, utilizing co-products for renewable power generation. Ideal circumstances could make California almonds carbon-neutral or even carbon-negative through improved orchard biomass utilization.
Yale University chemists have developed a family of new palladium-based catalysts, expected to lower production costs and boost sustainability. These catalysts create a better infrastructure for catalysis, reducing the need for expensive metals.
Dr. Ana Buj Bello, a leading expert in gene therapy, has received the Outstanding New Investigator Award for her groundbreaking research on treating myotubular myopathy through gene therapy. Her work has shown promising results in animal models and paves the way for a potential clinical trial to treat children with this rare disease.
A new paper by Zhi Da at the University of Notre Dame finds that residential electricity usage can track household production in real time, helping to price assets. The research shows that consumer product related industries are risky as they have high exposure to household production risk.
UNSW Australia scientists have developed a highly efficient oxygen-producing electrode for splitting water that has the potential to be scaled up for industrial production of clean energy fuel, hydrogen. The new technology is based on an inexpensive, specially coated foam material that lets the bubbles of oxygen escape quickly.
Researchers have developed new food prototypes using whey produced by cheese-making dairies, creating a commercial outlet for an organic product that was previously considered waste. The production of animal feed prototypes containing between 6% and 12% whey has also improved yield across various parameters.
A new method of carbon accounting has been proposed to provide a fairer way of measuring emissions. The method considers consumption-based accounting and adjusts for technology differences between countries in their export sectors. This results in some countries receiving credits for cleaning up their own production industries.
Researchers at the University of Manchester and DSM have developed a single-step method for producing pravastatin, a widely used cholesterol-lowering drug. This breakthrough reduces the cost and complexity of statin production through reprogramming of the Penicillium chrysogenum fungus.
New potato varieties 'Entzia' and 'Miren' offer great nutritional value, antioxidant properties, and increased resistance to disease. They are suitable for both culinary and industrial uses, providing benefits such as high carotene content and lower reliance on external varieties.
New research shows that climate change mitigation efforts in Brazil's steel industry have failed to reduce greenhouse gas pollution. Instead, programs under the Kyoto Protocol led to a doubling of carbon dioxide emissions, from 91 million to 182 million metric tons of CO2 between 2000 and 2007.
OU professors Dr. Daniel Resasco and Dr. Paul Weigel have been named fellows of the National Academy of Inventors for their innovative contributions to fields like chemical engineering and biochemistry. Their research has led to significant advancements in industries such as energy, healthcare, and biotechnology.
Researchers found that Bougainvillea can tolerate moderate deficit irrigation, reducing water consumption while improving plant quality. The study tested three varieties of potted Bougainvillea under full and deficit irrigation treatments.
Researchers have developed a plaster that delivers caffeine to premature babies through a membrane, providing a continuous and stable dosage for several hours. The technology uses light-sensitive materials to control the delivery rate, allowing for individualized treatment.
A new study suggests a way to reduce cement's greenhouse-gas output by more than half, resulting in stronger and more durable concrete. By adjusting the calcium-to-silica ratio, the material can achieve twice the resistance of normal cement, with significant reductions in carbon emissions.
Seismologists attribute the dramatic rise in earthquakes to deep wastewater injection. The Raton Basin saw a significant increase in seismicity after major fluid injection began in 1999, with 16 magnitude > 3.8 earthquakes recorded between 2001 and 2011.
A research team led by Alberto Fernandez-Nieves has figured out how to convert the standard chaotic waveform to a stable helical form. By controlling the viscosity and speed of the secondary liquid surrounding the jets, they were able to stabilize the structure associated with the whipping behavior.
Researchers at ETH Zurich have developed a nanoscale assembly line that uses mobile assembly carriers and biological motors to assemble complex substances. The system, which is three times thinner than a human hair, enables the selective modification of organic molecules and the assembly of nanotechnological components.
Researchers develop a novel catalyst to cleave aromatic carbon-carbon bonds in benzene at relatively mild temperatures, offering unprecedented mechanistic details on hydrocracking. This breakthrough could lead to more efficient and selective production of valuable materials from natural resources.
EPFL-led consortium develops new cement blend that substitutes up to half of Portland cement, promising to reduce CO2 emissions by up to 40%. The new blend, called LC3, is stronger and more robust than traditional cement, thanks to synergistic chemistry between calcined clay and ground limestone.
A study by researchers from Mississippi State and Louisiana State Universities reveals that early planting and delaying harvest can increase yield and economic benefits for sweetpotato producers. The results showed that marketable yield of the sweetpotato cultivars was consistently greater in early plantings than late plantings.
Researchers have developed an engineered E. coli strain that can produce high levels of D-ribose from glucose-xylose mixtures, increasing industrial-scale production efficiency. The study provides a metabolic engineering strategy for additional optimization and bioprocess improvement.
Scientists at Karlsruhe Institute of Technology have developed a chemical crosslinking reaction that ensures good short-term healing properties of the material under mild heating. The self-healing mechanism can be initiated by heat, light or chemical substance.
Researchers found that state regulatory agencies struggle to address public health concerns from industrial food animal production due to narrow regulations, a lack of public health expertise, and limited resources. The study suggests that strengthening regulations and providing complementary expertise can help protect public health.
Anderson's work on powder metallurgy and rapid solidification has led to the development of innovative materials, including rare earth compounds, magnetic materials, and lightweight porous materials. He is recognized for his ability to address both scientific and technical challenges and bring new materials to commercial use.
Researchers at the University of Toronto have developed a series of techniques to create efficient iron-based catalysts for producing alcohols and amines used in the drug and perfume industry. The new process replaces rare elements with abundant iron, making it safer, more economical, and environmentally friendly.
The SIKELOR project seeks to process silicon waste from solar panel production through electromagnetic stirring and separation. The goal is to develop an industrially viable and resource-friendly method for recycling silicon waste, potentially reducing production costs and increasing efficiency.
Researchers developed an engineered E. coli strain capable of producing phenol from glucose, overcoming its toxicity issues. The biphasic extractive fermentation process allowed efficient extraction of phenol, reaching the highest titer and productivity reported.
Researchers investigated thallium's geo-chemical speciation and partitioning during industrial processes. The study found that 40% of Tl in pyrite minerals is active, leading to significant environmental pollution with serious implications for aquatic systems.
Researchers found that bacteria deviate from the 'just in time' principle for protein production, adapting dynamically to environmental conditions. They use strategies to optimize protein production, which can be useful in fighting pathogens.
A new study published in the Journal of Food Protection shows that heat generated during composting is adequate for eliminating human pathogens from mushroom substrates. The findings minimize the effects of federal produce standards on the mushroom industry.
A small study has found evidence of a risk associated with the use of argan powder during the industrial production of cosmetics. Four out of nine workers displayed asthma or rhinitis symptoms when handling argan powder.
A recent study from the University of Florida found that volatile compounds in blueberries have a higher correlation to consumer acceptance than traditional measures. This discovery could help breeders select for cultivars with more desirable flavors.
Researchers have taken direct, single-bond-resolved images of individual molecules before and after a complex organic reaction, revealing atomic changes. The technique used is non-contact Atomic Force Microscopy (nc-AFM), allowing for the precise study of molecular structures.
The West coast log and lumber exports from the United States decreased in the first quarter of 2013, with log exports dropping 33% to $297 million. Meanwhile, total US log exports increased by 11%, while total US lumber exports also rose by 2%.
Researchers at PNNL developed an organic binder to reduce impurities in reactive metals, enabling their use in powder injection molding. This innovation reduces costs and increases the use of durable metals in various industries.
Researchers at the University of Michigan have discovered a way to reverse copper nanoparticle oxidation using light, potentially leading to an eco-friendly production process for propylene oxide. The discovery has significant implications for the chemical industry, which currently produces large quantities of unwanted chemicals.
Scientists used ultrafast X-ray pulses to study a chemical reaction in real-time, revealing surprising details of a short-lived early state at the catalyst's surface. The study offers important clues about how catalysts work, which is essential for producing new energy sources and reducing pollution.
Researchers directly verified a state of transition where molecules hover above the catalyst before flying away, opening up possibilities for improving catalysts. This study uses the world's strongest X-ray laser to observe ultrafast chemical reactions in real-time.
Researchers have developed a high-efficiency process that converts various biomass types into crude bio-oil, yielding an energy efficiency of 85-90%. The process is environmentally friendly and accepts all kinds of biomasses, with potential to replace fossil fuels in transportation.
A special issue of Industrial Biotechnology explores innovative uses of nanotechnology in food and agriculture, including nanoparticle bioactivity, soil denitrification, and nutrient microencapsulation. Researchers discuss promising applications and methods for industrial biotech innovation.
A Korean research team successfully produced 5-aminovaleric acid and glutaric acid using metabolically engineered Escherichia coli. The study demonstrates the first microbial process for producing these C5 platform chemicals, showcasing the potential for sustainable production of chemicals and plastics.
The international consortium has published the watermelon genome sequence, revealing a loss of natural disease defenses during domestication. Breeders can now use this information to recover some of these natural defenses, potentially leading to more nutritious and resistant watermelons.
Researchers at Brown University have been awarded a $1.75 million grant to develop new catalysts for producing chemicals from carbon dioxide instead of fossil fuels. The goal is to reduce the chemical industry's carbon footprint and stabilize production costs.
Scientists have discovered an enzyme in a bacterium that can catalyse an aromatic nitration reaction, potentially reducing the use of corrosive chemicals like nitric acid. The enzyme, TxtE, could be used to create environmentally-benign biocatalysts for industrial production.
A GW University researcher is using a green electrochemical process to form cement without CO2 gases, aiming to replace traditional cement production methods. The project could potentially decrease the cost of solar cement and contribute to training the next generation of renewable energy scientists.