BASF Successfully Uses ChemCycling to Produce Pilot Products from Plastic Waste

BASF announced that it has successfully created the first products under its ChemCyling project. Certain plastic wastes such as mixed or uncleaned plastics cannot be recycled and are therefore burned or buried in a landfill to produce energy. However, a ground-breaking innovation by BASF uses chemicals to recycle waste plastics to produce syngas or oil which can replace fossil fuels. Under the procedure, BASF subjected plastic wastes to thermochemical processes to produce oil and syngas. BASF stated that it is already offering the products from their ChemCycling procedures to companies working in waste management, packaging, and technology.

Using the fossil fuels obtained from chemically recycling plastics, BASF is already producing fridge components, mozzarella packaging, and insulation panels. The German giants are supplying the products obtained from recycling the plastics to ten companies across different sectors. The syngas and oil produced from the subjection of plastic waste to the ChemCylcing have exactly the same properties as fossil fuels which is the reason why products manufactured using them meet the high-quality and hygienic standards laid down in the industry.

BASF’s Verbund production has further provided the company a great opportunity to utilize the products from ChemCycling. The company used the oil produced from the recycling procedure to feed its steam cracker installed at its Ludwigshafen site in October. The heat produced from the oil is used to break down the raw material required in the production of Verbund. The process outputs ethylene and propylene as the major chemical products which are further used to develop an array of chemicals.

However, the company stated that the products from recycled plastic are yet not ready for market production and delivery as certain technological and regulatory conditions must be met. The company suggested that the manufacturing processes which will utilize the plastic-based fossil fuels would need to be modified in order to assure consistent production of high-quality goods. Further, the regional regulations laid down in different parts of the world will largely influence how the idea of developing such advanced technology shapes up.

BASF further shed light on how the plastics have become a part and parcel of almost every industry due to its technical utility in medical, technological, and everyday life applications. In line with its vision, the company is working with multiple national and international firms and is promoting efficient management of plastic wastes. With increasing consumer preference for products that promote environmental preservation, BASF’s ChemCycling project is expected to garner huge popularity in the foreseeable future.

Arm Announces Cortex A65AE to Boost Safety in Autonomous Cars

Arm has recently announced a new addition ‘Arm Cortex-A65AE’ into its ‘Automotive Enhanced’ chips portfolio. It is a high-bandwidth, low-latency processor specially manufactured to handle the high-throughput needs of automotive sensor data safely.

While speaking to media, Lakshmi Mandyam, the automotive VP of Arm said that with the cars attaining higher levels of autonomy, the number of sensors meant to collect data, like radar, cameras, and LiDAR could witness immense growth. It is basically designed to optimize the processing of the multiple streams of sensor data received from next-gen vehicles.

The features, including augmented reality displays, optimized maps, and alerts are going to ensure that more data gets displayed to the driver in real time. Mandyam added that for the apt data delivery to drivers, safe information processing is required especially at the hardware level. The new addition Arm Cortex-A65AE makes this happen through its multithreading capability linked to the ‘split lock’ technology of the arm. With split-lock competences, the processor can be locked. This will deliver multiple cores running similar instructions. Otherwise, the processor can be separated for enhanced multi-core performance.

The new chip has followed the release of Cortex-A76AE, which was disclosed previously this year. It was the first in the Automotive Enhanced IP by Arm. Previously, the company also launched its ‘Safety Ready’ program to ensure the automotive OEMs possess the tools required to integrate safety mechanisms seamlessly into vehicles.

While explaining the working of Cortex-A76AE with the new Cortex-A65AE, Mandyam added that when you consider the entire chain of processing in ADAS or autonomous workloads, the step of collecting data from the sensors comes first, then you have to perceive the message it’s trying to give you, and finally come up with a course of action.

The Cortex-A65AE is a best pick for collecting data from sensors, owing to its high throughput. Whereas, an OEM may rely upon combining both chips for perceiving.

The Cortex-A76AE is apt for the third and the final step.

Mandyam mentioned that a wide range of calculations are required to cater to the needs of tomorrow’s vehicles, and one size isn’t going to fit all, in terms of compute powering such vehicles.

Players in European Auto Industry Call EU CO2 Targets Unrealistic

Auto industry groups said that a European Union aim to slash CO2 emissions from cars and vans by about 37.5 percent and 31 percent respectively by 2030 in comparison to 2021 levels would put a negative impact on the automotive jobs and consumer choice.

The EU governments and the European Parliament have agreed on the reduction decision, after finally settling things between the countries that produce vehicles and the environmentally-conscious lawmakers.

It was a tougher compromise as compared to the original EU executive proposal of 30% decline in emissions as compared to 2021. EU negotiators have also reached on an interim 15% CO2-cut target for cars and vans by 2025.

The alliance of 28 nations is highly fragmented for long time over how strictly they must follow the regulations on the CO2 emissions set as part of the initiative to alleviate greenhouse gases. Germany, the home to the largest auto sector in EU valuing approximately 423 billion euros in 2017, is concerned that the stern targets and the growing interest towards more electric cars are likely to hit its industry hard and could cost jobs.

The VDA auto industry association of Germany said that the latest regulations would set high demands while doing negligible in terms of providing incentives for shifting to electric vehicles.

The VDA head Bernhard Mattes mentioned that the negotiated deal is quite demanding. Mattes added that so far, nobody knows how they will achieve the negotiated limits in the given time.

The European auto industry’s lobby group ACEA has also expressed ‘serious concerns’ pertaining to the 2030 target as it finds a 37.5 percent CO2 reduction totally unrealistic, considering the present situation.

The EU’s existing average caps on CO2-emission from cars are 130 grams per km set for 2015 and 95g/km for 2021.

The recent deal has also disappointed Brussels-based Transport & Environment, a green lobbying group. Its clean vehicles director Greg Archer mentioned that Europe is seeking production of zero emission cars.

The agreement is yet to be approved by the member-country governments and the full EU Parliament, which are merely formalities. In a statement, Environment Minister Elisabeth Koestinger of Austria, who is also the current holder of the EU’s rotating presidency, said that the deal is a vital signal in their fight against climate change, calling the negotiations tough and intense.

The EU witnesses a sale of nearly 15 million autos every year. Electric vehicles have a market share of around 1.5 percent in Europe.

Restrictions on Manufacturing and Usage of Methyl Tertiary-Butyl Ether Impede the Growth of the U.S. Methyl Tertiary-Butyl Ether (MTBE) Market

While methyl tertiary-butyl ether is commonly used in a variety of industrial applications, the growth of the U.S. methyl tertiary-butyl ether market might be hindered due to the imposition of stringent rules and regulations on the manufacturing and usage of methyl tertiary-butyl ether. As any kind of exposure to methyl tertiary-butyl ether can pose serious harm to the human health, governing bodies and environmental organizations in the U.S. have imposed stringent rules to regulate the manufacturing of methyl tertiary-butyl ether. The U.S. methyl tertiary-butyl ether market may witness slow growth in the upcoming years. Owing to the extremely hazardous effects on the human health due to any kind of exposure to methyl tertiary-butyl ether, manufacturers in the U.S. methyl tertiary-butyl ether market need to conform to the strict regulatory requirements established by the policymakers in the country.

Many states in the U.S. had banned the use of methyl tertiary-butyl ether in the oil & gas industry as a fuel additive due to its negative effects on the human health. After the government passed the Energy Policy, the oxygenate requirement for reformulated gasoline (RFG) was removed, which has made a negative impact on the growth prospects of the U.S. methyl tertiary-butyl ether market. The RFG survey data published by the Environment Protection Agency (EPA) states that the demand for methyl tertiary-butyl ether has decreased in the oil & gas industry as a fuel additive. This is expected to make a major impact on the growth of the U.S. methyl tertiary-butyl ether market in the upcoming years.

With the increasing health and environmental concerns among the governing organizations in the U.S., the stringency of regulations on manufacturing and usage of methyl tertiary-butyl ether in the country is becoming more intense. Manufacturers, as well as other market players, in the U.S. methyl tertiary-butyl ether market are mandated by the government to comply with the stringent regulations imposed by the government. Many American states have banned the use of methyl tertiary-butyl ether as a gasoline additive, which can hamper the growth of the U.S. methyl tertiary-butyl ether market in the upcoming years.

Not just the manufacturers and distributors in the U.S. methyl tertiary-butyl ether market, but end-user industries in the U.S. methyl tertiary-butyl ether market are mandated to conform to the rules and regulations imposed on the usage of methyl tertiary-butyl ether. Groundwater contamination due to methyl tertiary-butyl ether is one of the major issues that lead to regulating its use in various industrial applications. The U.S. methyl tertiary-butyl ether market is witnessing relatively slower growth as many governing organizations in the U.S. are filing lawsuits against petroleum companies over groundwater pollution from methyl tertiary-butyl ether. Increasing number of such cases are leading to refrain the end-user industries in the U.S. methyl tertiary-butyl ether market from using methyl tertiary-butyl ether as a fuel additive or an oxidizing agent. This is another factor that can impede the growth of the U.S. methyl tertiary-butyl ether market in the near future.

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Regulatory Framework Restricting the Use of Eugenol as a Flavoring Agent Impacts the Growth of the Europe Eugenol Market

Eugenol is one of the most popular flavoring agents used in a variety of food products, which encourages a number of eugenol manufacturers in the Europe eugenol market to enter the food industry in the region. However, the regulations established by the European Commission that restrict market players in the food & beverage industry from adding certain substances to food products, which also includes methyl eugenol. The Europe eugenol market may witness hindrance in its growth due to the regulations associated with the use of eugenol as a flavoring agent. As eugenol is naturally present in a variety of food ingredients, adding more eugenol externally is regulated by the governing body in the region, which may impact the growth prospects of the Europe eugenol market in the near future.

The regulatory bodies in the European Union have set maximum levels of methyl eugenol in food products. Eventually, as eugenol is naturally present in various food products, the demand for additional eugenol as a flavoring agent may decline in the upcoming years. This is one of the leading restraints for the development of the Europe eugenol market. Market players including manufacturers and distributors in the Europe eugenol market need to rely on other applications of eugenol to improve sales in the region. Despite the impressive growth of the food & beverage industry in the region, it may not prove to be a leading end-user industry for the Europe eugenol market in the near future.

Other than the regulations that restrict the use of eugenol as a flavoring agent, the European Commission has imposed labeling regulations on manufacturers introducing other products that contain eugenol. This one of the important factors that is further influencing the growth of the Europe eugenol market. The European Chemical Agency (ECHA) states that if eugenol enters airways and is swallowed by the consumer, it can cause an allergic reaction or even prove to be fatal. Eventually, manufacturers in several industries, which make use of eugenol to manufacture their products, must follow the labeling regulations imposed by the ECHA to suggest precautionary measures. This is another factor that may have a significant impact on the growth parameters of the Europe eugenol market in the near future.

Despite the presence of strict regulations in the Europe eugenol market, wide-ranging applications of eugenol continue to complement the development of the Europe eugenol market. Eugenol is witnessing a high demand in the region owing to its versatile applications such as cleaning & washing products, personal care products, perfumes & fragrances, and air care products. In addition, the Europe eugenol market continues to witness healthy growth due to its increasing demand for production of waxes and polishes. Mainly, the applications of eugenol in cosmetics and personal care products are expected to continue driving the growth of the Europe eugenol market, in the upcoming years. Even though the regulations and rules imposed by the regulatory bodies in the region restrict the use of eugenol in food products, its applications in other personal care products contribute to the growth of the Europe eugenol market. Manufacturers and distributors in the Europe eugenol market are focusing on attracting cosmetics, personal care products, and perfume manufacturers in the European Union to improve their sales in the upcoming years.

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Europe Methyl Tertiary-Butyl Ether (MTBE) Market: Proposed Ban on Petrol and Diesel Cars in European Countries can Impact the Market Growth

The Europe methyl tertiary-butyl ether market is witnessing healthy growth with its applications in the oil & gas industry as a fuel additive. However, leading European countries such as the United Kingdom, France, and Norway are proposing to ban conventional fuel-based vehicles in the coming years. The Europe methyl tertiary-butyl ether market may witness a significant impact on its growth prospects due to the proposed ban on fossil fuel-based cars in the regions. Taking into consideration the negative environmental impact caused due to the transportation sector, the UK government has proposed to ban new petrol and diesel cars by 2040. France government, also, has taken a decision to end sales of conventional fuel-based vehicles by 2040 in order to meet targets set under the Paris climate accord. This may hamper the growth of the Europe methyl tertiary-butyl ether market.

With an increasing number of European countries willing to reduce the use of conventional fuels, the growth parameters of the Europe methyl tertiary-butyl ether market may witness a major impact in the upcoming years. As methyl tertiary-butyl ether is commonly used as a fuel additive, the ban on petrol and diesel cars in European countries can hamper the growth of the Europe methyl tertiary-butyl ether market in the upcoming years. Manufacturers and distributors in the Europe methyl tertiary-butyl ether market are undertaking the regulatory impact analysis to plan appropriate future business strategies. With the increasing sales of electric vehicles in the region and proposed a ban on petrol and diesel vehicles, the growth of the Europe methyl tertiary-butyl ether market may be hampered in the upcoming years.

Increasing Use of Fuel Ethers to Reduce Harmful Emissions Boosts the Growth of the Europe Methyl Tertiary-Butyl Ether (MTBE) Market

Though the proposed ban on petrol and diesel vehicles in the region may hamper the future growth of the Europe methyl tertiary-butyl ether market, the current demand for methyl tertiary-butyl ether remains high in the region. When methyl tertiary-butyl ether is used as a fuel additive, it can reduce the greenhouse gas emissions and improve the air quality. With the use of fuel ethers like methyl tertiary-butyl ether, refining flexibility and gasoline production can be increased to a greater extent. This is boosting the growth of the Europe methyl tertiary-butyl ether market.

Growing environmental concerns among consumers as well as governing bodies in the European Union continue to trigger the growth of the Europe methyl tertiary-butyl ether market. With the use of methyl tertiary-butyl ether, the CO emissions in the region can be reduced and it helps in improving the indoor air quality, which is further improving the growth prospects of the Europe methyl tertiary-butyl ether market. Increasing awareness about these benefits of using fuel ethers such as methyl tertiary-butyl ether is boosting adoption of methyl tertiary-butyl ether in the automotive industry in Europe and, thereby, the development of the Europe methyl tertiary-butyl ether market. The Europe methyl tertiary-butyl ether market is gaining momentum with various governing bodies in the region promoting the use of fuel ethers such as methyl tertiary-butyl ether.

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Strong Energy Regulations and Standards Developed in the U.S. Market Impact Growth Prospects of the U.S. Blenders Market

With the changing lifestyle and a rise in discretionary income of American consumers, sales of kitchen appliances, such as blenders, have increased in the country over the past few years. The U.S. blenders market is gaining momentum with the need for convenience in cooking applications among American consumers and high demand for electronic kitchen appliances including blenders. Demand for blenders is likely to remain high in the U.S., as it is one of the most important and commonly used kitchen appliances. This is expected to boost the growth of the U.S. blenders market in the upcoming years. Increasing sales of blenders in the country are encouraging manufacturers in the U.S. blenders market to introduce advanced blenders to meet the dynamic consumer demands in the country.

However, the growth prospects of the U.S. blenders market are majorly impacted by various rules and regulations established in the U.S. market. Regulatory bodies, such as the Department of Energy and the United States Environmental Protection Agency, have developed regulations to reduce the environmental impact of using electronic appliances such as blenders. The growth parameters of the U.S. blenders market are changing as policymakers and governing bodies in the U.S. regulate the manufacturing and marketing processes involved in the U.S. blenders market. Leading manufacturers in the U.S. blenders market are introducing energy efficient blender in the U.S. blenders market in order to comply with the regulations related to the environmental impact of blenders. Clean energy regulations are forcing manufacturers in the U.S. blenders market to modify their manufacturing and marketing strategies in order to establish a strong position in the U.S. blenders market in the near future.

Employing Advanced Technologies to Improve the Blenders’ Designs to Remain a Popular Trend in the U.S. Blenders Market

With the increasing demand for kitchen appliances such as blenders, which can offer convenience in cooking applications, manufacturers in the U.S. blenders market are aiming to introduce advanced models of blenders. The U.S. blenders market is gaining momentum with the increasing number of technologically advanced blenders available on the market. Leading manufacturers in the U.S. blenders market are adopting advanced technologies to improve the functionality and efficiency of blenders. This is helping market players to attract an increasing number of consumers while consolidating a stronger position in the U.S. blenders market. Leading manufacturers in the U.S. blenders market are introducing advanced features of blenders to improve energy and cost-efficiency of blenders and gain a competitive edge in the U.S. blenders market in the upcoming years.

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U.S. Meatainers Market: Substantial Level of Consumption and Preference for Uncooked Meat to Fuel the Demand for Meatainers

The U.S. meatainers market is expected to remain under the influence of rising consumer preference for meat, especially uncooked meat. Owing to the spreading awareness for healthy cooking practices among U.S. Baby Boomers, demand for uncooked meat is on the rise, marking gainful opportunities for the U.S. meatainers market. Further, the meat and poultry industry in the United States is the largest segment of the agriculture sector, representing enormous consumption of beef and chicken and demand for meatainers. According to the U.S. Department of Agriculture (USDA), U.S, chicken production has increased five times since 1970s, portraying consistently rising and evolving meat consumption trends among American consumers and lucrative opportunities for the U.S. meatainers market. The growing pressure on the meat industry is being addressed by encouraging consumption of plant-based foods towards creating a sustainable food future. Consumer inclination towards plant-based food can influence future progress of the U.S. meatainers market in the future.

U.S. Meatainers Market: All-time High Consumption of Meat to Boost Meatainers Demand

Chicken and beef are estimated to report an all-time high demand in the United States, in turn, bolstering good opportunity for the U.S. meatainers market. The United States is one of the largest producer of beef and poultry in the world. According to the USDA, the beef and poultry industry in the U.S. has evolved to comply with the altering consumer preferences for meat consumption. Further, Americans are likely to consume approximately 92 pounds of chicken per person this year, breaking the record of 2017. The forecast as such projects an all-time high consumption of meat, presenting lucrative opportunities for the meatainers manufacturers operating in the U.S. meatainers market in coming years.

U.S. Meatainers Market: Preference for Uncooked Meat to Bode Well for the Meatainers Market

Majority of the consumers in the United States has been observed to purchase uncooked or precooked chicken. Baby Boomers, especially, are more likely to purchase uncooked chicken which they prefer to cook at home. Also, health, wellness and food safety concerns of Baby Boomers have led to the increased preference for uncooked meat over precooked or cooked one. Although millennials are prone to purchase precooked meat, with the past incidences of foodborne diseases, rising awareness regarding best cooking practices has, in turn, increased consumption of uncooked meat. Given that increased purchase of uncooked meat is expected to bode well for the U.S. meatainers market in the foreseeable future.

With the manufactures of meatainers in the U.S. meatainers market offering efficient, durable and affordable packaging solutions such as meatainers, projected high meat consumption and increasing preference for uncooked meat are some of the prime factors bolstering the growth of the U.S. meatainers market in coming years.

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Ball Corporation Signed a US$ 225 Million Deal to Sell its Metal Beverage Packaging Facilities

Ball Corporation, a Colorado-based packaging firm, announced that it has entered an agreement with ORG Technology Co. Ltd., a Chinese metal can manufacturing company, to sell metal beverage packaging facilities in China for approximately US$ 225 million.

The total transaction of US$ 225 million includes cash payments and potential additional payments, ranging between $50 million and $75 million, associated with the relocation of the current manufacturing facility. The company also announced that the assets mentioned in the acquisition agreement include its beverage can and end facilities in Foshan, Beijing, Qingdao, and Hubei, China.

Ball Corporation has agreed to reinvest approximately $50 million in ORG Technology’s shares for the projects needs for relocation of its facility in China. Furthermore, the company will be licensing its beverage can and end technology to ORG technology as a part of the deal. Ball declared that, while leveraging ORG’s expertise in the Chinese market in its respective markets, it will cooperate with ORG Technology post acquisition with mutual customers to help the company leverage lucrative commercial opportunities in the upcoming years.

“The acquisition of Ball’s metal packaging facility by ORG Technology is directed towards freeing up Ball’s capital investments in the Chinese beverage can and end plants that did not generated the anticipated annual returns. This acquisition will enable us to follow a disciplined approach in capital allocation across our business segments and help both the companies to benefit from each other’s expertise and presence in our respective geographical markets,” said John A. Hayes, chairman, president and CEO.

The company declared that, anticipating an incremental rise in demand for environment-friendly packaging solutions such as metal packaging, Ball will continue to offer sustainable aluminum beverage packaging in Asian markets. The wholly owned metal packaging facility of Ball in Myanmar and several joint ventures in South Korea, Vietnam, Taiwan, and Thailand will maintain the presence of Ball Corporation in the Asia Pacific region.

The company is planning to close the transaction during the second half of 2019, and use proceeds from the deal to support its multi-year share repurchase programs and current global growth initiatives.

Australia-Based Company Gets Recognized for Path Breaking Cancer Treatment Technology

OncoRes Medical a technology start-up based in Perth, Australia has been given global recognition for its attempts to improve the results of breast cancer surgery.

Digital Imagery to Play Major Role

OncoRes Medical created an imaging tool for surgeries that generates digital images of cancerous tissue. Currently, the primary method for tumor identification is through the feeling of stiff lumps in the body, which is difficult when the stiffness of tumors is at minute scale which can’t be detected by touch.

In surgery, healthcare professionals are often relying on feel and vision to find out every bit of the tumor has been removed, which is considered to be outdated in terms of today’s technology.

A large percentage of patients who require surgery for removing breast cancer tumors, find that they need extra surgeries to get rid of diseased tissue which was not detected in earlier operations.

Study Displays Positive Results

The CEO of OncoRes, Katherine Giles stated that results from recent research on the new technology has been extremely positive. The company just completed a study at the Fiona Stanley Hospital, which has shown in its results that, the accuracy of the new technology is more than 90 per cent, which is far higher than any expectation and better than competing technologies. The technology is now operating with great results, in a hand-held devices, which is expected to be released to healthcare professionals worldwide to utilize in operations within the surgical cavity, to find any bit of tumor that might have been missed by surgeons during operations.

Technology Showcased to the World

The firm is aiming establish itself firmly in the United States market, where it is expected to have a global impact. The win at Pitch@Palace, that was initiated by Prince Andrew, the Duke of York, is a huge step in this direction.

A major aspect of the Pitch@Palace meeting is that actually higher access is provided to the start-up network present at the House of York, and the networks are promoted by Prince Andrew himself.

So OncoRes Medical has been given specific directions that if the company were to require anything, that they could go and directly speak to a secretary appointed to the Duke of York’s office, and make requisitions for exactly what they require to assist in the faster growth of the business. OncoRes Medical aims to develop tools and technology in the end to give help in other areas, such as the different causes of cancer that are commonly faced by the medical fraternity.