Tag Archives: Processing

ToyotaUk

Toyota Pilots Chevron’s Renewable Gas Blend for First Fill at Port of Portland

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The week of April 8 was no abnormal week for Toyota Logistics Services and their routine processing of autos coming into the Port of Portland. Earlier as a part of a pilot mission, a really particular mix of gasoline from Chevron was delivered to the location, which was used to fill the prevailing gasoline tank. Then, on April 11, the autos that had come into port have been processed, cleaned, and stuffed previous to being loaded up onto rail and heavy-duty vehicles to be shipped to sellers.

Everything was routine for the staff doing their jobs – however the autos have been all crammed with and powered by Chevron’s drop-in renewable gasoline mix gasoline, comprised of greater than 50% renewable content material.

Chevron reviews their renewable gasoline blend can reduce lifecycle CO2 emissions by more than 40% compared to traditional gasoline. In the United States alone, greater than 265 million autos are at present powered by gasoline. The common passenger car is 12 years outdated and stays on the highway for nearly 20 years. That implies that new vehicles bought right now will nonetheless be on the highway for many years, and, with the assistance of renewable gasoline blends, it’s attainable to scale back lifecycle emissions from these autos.

“The enormity of the climate challenge means that we’re going to have to work with other industries more and more,” mentioned Mark McCarthy, Program Manager, Energy & Fuels, Sustainability and Regulatory Affairs, Toyota Motor North America (TMNA). “Using Chevron’s renewable gasoline blend for the first fill of the vehicle can mean real emissions reductions for our real operations – and it operates just like normal gasoline!”

Initially, Toyota labored carefully with Chevron to check the gasoline within the lab to find out compatibility with typical inner combustion engines. The fuels have been then placed on the highway as a part of the “Future Fuels Showcase” within the spring of 2023. The showcase was a highway check that included a Toyota Camry LE FWD, a RAV4 Prime, and a Tundra, all of which have been totally fueled with Chevron’s renewable gasoline blends after which pushed on public roads from Pascagoula, Mississippi to Plano, Texas.

As the automotive business transitions to the long run, it’s important to take a complete strategy to decreasing carbon dioxide emissions, invoking a number of options to concentrate on decreasing carbon depth. Vehicles powered by electrical energy, decrease carbon depth fuels, hydrogen, and renewable pure gasoline will all play important components within the course of.

Watch the video under to see how this gasoline performed an enormous position because the “first fuel” for autos on the Port of Portland on April 11.

Desktops, Laptops

What Is A CPU? Everything You Need To Know About Central Processing Units

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In the daybreak of computer systems, processors solely had a single processing core, constructed to carry out one job at a time. However, as expertise superior, so too did the duties people demanded from computer systems. This meant the variety of cores wanted to extend. Computers with a number of cores can carry out varied duties concurrently and get them performed quicker. Now, you’d be hard-pressed to discover a processor with fewer than two cores. CPUs coming from Intel and AMD lately even have as much as 32 cores.

Processors at present additionally carry out multithreading, which suggests every core throughout the processor splits itself into a number of digital cores known as threads. A dual-core CPU usually has 4 threads, a quad-core normally has eight, and a 32-core processor usually has 64 threads. Then there’s the processor’s clock velocity, which is simply as important for efficiency because the cores and threads.

A CPU’s clock velocity determines how briskly every core handles the workload. Its velocity is measured in gigahertz (GHz), which denote what number of cycles — or steps a pc takes to finish a requirement — are tackled in a second. So, for instance, a processor with a clock velocity of 3GHz completes 3 billion cycles per second. It’s price noting that this does not imply {that a} 3.2GHz processor from 2015 is essentially higher than a 2GHz CPU from 2024. That’s as a result of engineers design the structure of newer processors to be extra environment friendly. As a outcome, it is higher to match fashions from the identical era when buying round for a CPU.

Laptops

How To Choose The Right Laptop For Music Production In 2024

When it involves music manufacturing, processing energy is vital. CPU energy might be the only most essential spec for a music manufacturing laptop computer. Running a number of audio tracks will tax your system, and plenty of plugins burden it additional. With a pair cases of Serum, or should you use just about something from iZotope or Waves, light-weight CPUs will begin to wrestle, devolving your manufacturing session right into a laggy mess.

As to particular energy wanted, that depends upon your DAW and the plugins you utilize. For instance, Ableton Live Suite 12, the newest model of the favored DAW, recommends a minimal specification of an fifth era Intel Core i5 or AMD Ryzen processor on Windows, or any Apple laptop operating Apple’s proprietary M1, M2, or M3 silicon. However, that is the bottom requirement for this system itself. Plugins and exterior inputs will considerably enhance CPU load.

According to Intel, one rule of thumb for selecting a music manufacturing laptop computer is to rely the cores. Because every core processes knowledge by itself, and since every digital instrument or observe in an audio venture will run as its personal course of, a CPU with 4 or extra cores will usually be higher for music manufacturing. Laptop producer ASUS says the identical, including that you simply must also take note of thread counts and clock speeds.

ToyotaUk

Cirba Solutions Helps Toyota Expand Battery Recycling Network to Nationwide Program

  • Agreement with Cirba Solutions contains battery assortment, storage, testing and processing to assist the rising EV market
  • Expected to cut back Toyota’s total end-of-life battery transportation and logistics prices by 70 p.c, whereas additionally decreasing transportation-related emissions
  • Up to 95 p.c restoration price anticipated to extract important minerals

PLANO, Texas and LANCASTER, Ohio (Dec. 7, 2023) – Furthering its mission to create a closed-loop battery ecosystem whereas working towards its carbon neutrality objectives, Toyota Motor North America (Toyota) right this moment introduced that it’s increasing its battery recycling community with a brand new collaboration with Cirba Solutions, a premiere battery recycling supplies and administration firm. The settlement enhances Toyota and Cirba Solutions’ rising relationship by increasing Toyota’s battery recycling community and optimizing its logistics community for end-of-life electrified car battery assortment, together with these from hybrid (HEV), plug-in hybrid (PHEV) and battery electrical automobiles (BEV).

“Cirba Solutions’ large and well-established transportation and recycling network ensures Toyota has nationwide battery collection and recycling to reduce both our costs as well as our operational carbon footprint,” stated Christopher Yang, group vice chairman, Business Development, Toyota Motor North America. “This moves us closer to our ultimate goal of creating a sustainable, closed-loop ecosystem for our automotive batteries.”

As one of many largest battery recycling corporations in North America, Cirba Solutions has intensive expertise and presents a coast-to-coast assortment and recycling community. Toyota’s collaboration with Cirba Solutions will give attention to the gathering, transportation, dismantling and processing of end-of-life lithium-ion electrified car batteries from the Midwest and East Coast areas. Processing will happen at Cirba Solutions’ Lancaster, Ohio facility, which just lately obtained an $82+ million Department of Energy grant as a part of the Bi-Partisan Infrastructure Law. This facility will use superior expertise to extract important minerals from scrap and end-of-life batteries with an as much as 95 p.c restoration price, then provide battery-grade metals again into the provision chain.

“Our collaboration with Toyota helps move toward a long-term vision of a sustainable closed-loop battery supply chain. With aligned purpose, and Toyota’s growing electric vehicle line-up in North America, we are proud to be a partner,” stated Jay Wago, chief industrial officer at Cirba Solutions.

Toyota presently collects roughly 25,000 used automotive batteries, primarily nickel-metal hydride batteries present in its hybrid electrical automobiles, from its dealership community annually, and expects the variety of batteries, notably end-of-life lithium-ion batteries, to rise because the variety of battery electrical automobiles it sells will increase sooner or later. Through the settlement with Cirba Solutions, Toyota expects to cut back its total transportation and logistics prices by a minimum of 70 p.c from decreasing the typical miles pushed for assortment and recycling from 1,251 to 582, primarily based on 2022 knowledge, and by specializing in the Midwest and East Coast areas. In some circumstances, such because the Cincinnati area, the brand new recycling collaboration ought to cut back the full mileage pushed for these actions by roughly 94 p.c. In addition, the corporate expects that by decreasing the quantity of miles pushed for assortment and recycling actions, it will likely be capable of make a major discount in transportation-related emissions as effectively.

Globally, Toyota has been the primary vendor of electrified automobiles for greater than 25 years, and, in North America, Toyota has bought greater than 6.2 million mixed PHEVs and HEVs since 2000. With a long time of electrified automobiles available in the market, Toyota is concentrated on the right way to recycle, remanufacture, or repurpose automotive batteries utilized in Toyota’s electrified automobiles which have reached the top of their life, a quantity that’s set to extend within the coming years. In reality, Toyota forecasts that its end-of-life batteries will doubtless double by 2030.

The firm additionally has a brand new plant for automotive batteries, Toyota Battery Manufacturing North Carolina (TBMNC), presently beneath building that’s anticipated to go surfing in 2025 and has a complete introduced funding of almost $14 billion. Originally introduced in 2021, the North Carolina facility may have a phased ramp up for manufacturing and can assist the creation of greater than 5,000 new jobs to assist automobiles assembled in North America.

About Toyota

Toyota (NYSE:TM) has been part of the cultural cloth in North America for greater than 65 years, and is dedicated to advancing sustainable, next-generation mobility by means of our Toyota and Lexus manufacturers, plus our greater than 1,800 dealerships.

Toyota immediately employs greater than 63,000 individuals in North America who’ve contributed to the design, engineering, and meeting of almost 45 million vehicles and vehicles at our 13 manufacturing vegetation. By 2025, Toyota’s 14th plant in North Carolina will start to fabricate automotive batteries for electrified automobiles. With extra electrified automobiles on the highway than some other automaker, Toyota presently presents 26 electrified choices. For extra details about Toyota, go to www.ToyotaNewsroom.com.

About Cirba Solutions

Cirba Solutions is a premiere battery recycling supplies and administration firm utilizing superior expertise to extract important supplies from scrap and used batteries after which supplying these battery-grade metals again into the provision chain. The solely vertically built-in workforce with an operational, differentiated platform and a full suite of capabilities. Creating a round battery provide chain is important to making sure that right this moment’s sources are used to their fullest potential. Cirba Solutions combines the sources and experience of Heritage Battery Recycling, Retriev Technologies and Battery Solutions.

www.cirbasolutions.com

Follow Cirba Solutions on LinkedIn and Twitter.

For Toyota buyer inquiries, please name 800-331-4331.

News, Smartphones

Understanding Grade 5 Titanium: Why Apple Opted for It in the iPhone 15 Pro

Grade 5 titanium, also known as the ‘workhorse’ grade of titanium, is highly regarded for its exceptional tensile strength. It is the most widely used type of titanium and accounts for about half of the global titanium production. This versatile material finds applications in various industries, including medicine, maritime, aerospace, and chemical processing. Moreover, it has been utilized in sporting equipment and aircraft turbines among other things.

At an event, Yang revealed that Grade 5 titanium is “an alloy with even higher tensile strength than pure titanium. It is typically used in applications where strength, formability, and weight balance are crucial. Interestingly, this is the same alloy deployed in the Mars Rover.” Its usage in collecting samples on Mars speaks volumes about the material. Furthermore, Yang discussed how this alloy possesses one of the highest strength-to-weight ratios among all metals.

This is likely the primary reason behind Apple’s choice. Grade 5 titanium offers strength and lightweight properties, enabling the tech giant to design the iPhone 15 Pro with a slimmer, lighter, and more durable framework. Thanks to this alloy, the new smartphone features a compact profile without compromising structural integrity. Additionally, it reduces the overall weight of the device while maintaining the same screen size.