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Lifezone Metals Produces First-Ever Nickel, Copper and Cobalt from Kabanga Nickel Project

July 24, 2024,New York, United States : Lifezone Metals Limited’s (NYSE: LZM) Chief Executive Officer, Chris Showalter, and Chief Technology Officer, Dr. Mike Adams, are pleased to announce that Lifezone has produced nickel, copper and cobalt cathode samples via the semi-continuous pilot scale refinery test work underway at the Company’s Simulus Laboratory in Perth, Australia. The metals were produced from flotation concentrate derived from borehole core samples at the Kabanga Nickel Project, located in north-west Tanzania.

This milestone marks the first metal ever produced from Kabanga mineralization since the deposit’s initial discovery in 1975 by the United Nations Development Program.

Mr. Showalter stated: “Achieving the first-ever production of refined nickel, copper and cobalt cathode from the Kabanga Nickel Project marks a historic milestone for the Project and for Lifezone. This accomplishment, resulting from extensive test work at our in-house laboratory, reflects our commitment to innovation and bringing this world-class resource to market. It lays a strong foundation for the future of Kabanga and the Kahama Refinery to ensure high-quality, sustainable metals production in Tanzania.”

Dr. Mike Adams added: “The production of nickel, copper and cobalt cathode samples from the Kabanga Nickel Project is a groundbreaking achievement by our team at Simulus Laboratory. This success highlights the effectiveness of our hydrometallurgical techniques and our commitment to sustainable metal production. The pilot plant’s performance has been exemplary, closely matching our process simulation models, and we are optimistic about the positive impact this will have on the Kabanga Nickel Project and the future operations at the Kahama Refinery.”

Extensive batch, locked-cycle and semi-continuous pilot plant test work for processing of Kabanga flotation concentrate into refined nickel, copper and cobalt metals has been undertaken to confirm design criteria for the Kahama refinery. The pilot plant has performed as expected and is consistent with various process simulation models, both internal and vendor supplied. Leach extractions were high and consistent with previously announced figures, with data analysis, mass balancing and Quality Assurance / Quality Control activities ongoing. Full product assays are currently pending.

Simulus is a globally preeminent hydrometallurgical laboratory, testing, and engineering design group. By bringing their highly trained technicians and engineers and assets into Lifezone in 2023, Lifezone has been able to shorten laboratory testing times, avoid regular delays that can occur when using external laboratories, maintain IP confidentiality, and better control costs.

SNIA SCSI Trade Association Forum and INCITS/SCSI Unveil 24G+ SAS

Santa Clara, CA, July 24, 2024 — SNIA SCSI Trade Association Forum (STA) and the INCITS/SCSI standards organization announce significant advancements in data storage technology with the launch of 24G+ SAS (Serial Attached SCSI). This step represents multiple years of contributions from STA and T10 member companies, working cooperatively to expand the SAS specification for substantial industry benefit.

24G+ SAS Features:
• Command Duration Limits (CDLs): Control of latencies, also known as Open Compute Project Fast Fail (this feature specifically geared for HDDs, and hyperscale applications).
• Format with Presets (next generation SMR): Stock Keeping Unit (SKU) reduction, relative to SMR or CMR, where a device can support multiple formats that previously required customized devices, thus reducing inventory requirements for customers and suppliers (this feature specifically geared for HDDs, and hyperscale applications).
• Logical Depopulation: Ability to identify bad platters and logically remove them from data set (this feature specifically geared for HDDs, and hyperscale applications).
• Rebuild assist for SSDs: Rebuild assist allows discovery of logical blocks that are not readable and therefore need to be rebuilt from an alternate source.
• Persistent Connections: Opens the connection and leaves it open, so this eliminates some of the overhead for additional opens and closes. Optimizes performance by removing this overhead (for high performance SSDs).

“Tried and true SAS technology continues its march forward, continuing to innovate data storage. 24G+ SAS provides features that help hyperscale and enterprise servers alike,” said Tom Coughlin, President, Coughlin Associates. “These enhancements promise improved efficiency and scalability, marking a notable progression in storage technology.”

“24G+ SAS is a big step forward for our industry and continues to demonstrate the value of SAS technology in the broader scope of data storage. These key features span hard disk drives and SSDs and benefit hyperscalers, as well as traditional servers and storage,” said Cameron T. Brett, Chair, SNIA STA Forum Board of Directors. “SAS and SCSI have been around for more than 30 years, delivering high performance, reliability, and scalability to data centers, and 24G+ SAS continues this taking data storage to the next level.”

“The T10 Technical Committee is proud to contribute to the development of 24G+ SAS, a milestone that will drive the future of storage technology,” added Bill Martin, Chair, T10 standards organization (INCITS/SCSI). “This achievement reflects our commitment to advancing industry standards and ensuring interoperability.”

Innovations in the specification span all aspects of 24G+ SAS, and include the specifications that have been released since SAS-4:

INCITS 546-2021: Information Technology – SCSI Architecture Model – 6 (SAM-6)

INCITS 502-2019: Information Technology – SCSI Primary Commands – 5 (SPC-5)

INCITS 506-2021: Information Technology – SCSI Block Commands – 4 (SBC-4)

INCITS 550-2023: Information Technology – Zone Block Commands – 2 (ZBC-2)

INCITS 554-2023: Information Technology – SAS Protocol Layer – 5 (SPL-5)

INCITS 567-2023: Information Technology – Serial Attached SCSI – 4.1 (SAS-4.1)

INCITS 551-2019: Information Technology – SCSI RDMA Protocol-2 (SRP-2)

INCITS 503-2022: Information Technology – SCSI Stream Commands – 5 (SSC-5)

INCITS 555-2020: Information Technology – SCSI Enclosure Services – 4 (SES-4)

In addition to the functional enhancements of 24G+ SAS, SAS continues to be compatible with the Serial ATA interconnect (SATA). This allows the rich management capability of SAS to support multiple device types and functions, such as:
· High performance 24G+ SAS SSDs, HDDs,
· Value-focused SATA HDDs, Value SAS SSDs,
· High performance SAS Storage appliances (for example, JBODs and arrays), and
· High performance SAS tape drives and tape libraries.

As Hurricane Season 2024 Kicks Off, AAA Tree Service Encourages People to Prepare by Trimming and Removing Trees from their Homestand Businesses

New York, NY, July 24, 2024 — MANHATTAN, NEW YORK, JULY 23, 2024 – When homeowners and residents in Bronx, Queens, and Brooklyn Counties Google “tree service near me”, AAA Tree Service is at the top of the list. That’s because AAA Tree Service is an industry leader in the local tree care services market. This year’s hurricane season is already underway, and AAA Tree Service is working to encourage people to take care of trees now before it’s too late. Trees often fall on houses and businesses, and the number of trees and limbs that fall on structures increases when a storm is involved. Trees fall for a number of reasons, including old age addling-term weather conditions, and when these factors are coupled with stormy weather, the odds of a tree falling are much higher. Falling trees can cause big damages to homes every year, AAA Tree Service reminds people that the best way to ensure their safety is totaled down trees that have the potential to fall on their homes and property. This year’s hurricane season started on June 1, 2024, and has proven to be an active year for bad weather. Storms have swept the nation, and the East coast has been no exception. Now, AAA Tree Service is stepping up to formally encourage people to take care of suspicious looking trees for once and for all. AAA Tree Service offers a solution for tree maintenance services in and around the Manhattan, New York, area, with a host of comprehensive tree care services that include tree trimming, tree pruning, and tree removal. In addition, AAA Tree Service provides professional stump removal to ensure all evidence of a once-standing tree is removed. AAA Tree Service is fully licensed and bonded for the peace of mind of its clients. The staff at AAA Tree Service is comprised of trained, certified, and experienced arborists who work one-on-one with each client to deliver the proper care for each tree at hand. Stringent safety protocols are in place to ensure the height of safety at every step. The team at AAA Tree Service uses the best tools and equipment available today to offer locally leading tree pruning, trimming, and removal for Suffolk County, Nassau County, Bronx County, Queens, and surrounding areas. In addition to taking appointments during regular business hours, the team at AAA Tree Service is proud to offer 24/7 around the clock emergency tree services for incidents related to storms and other damages. AAA Tree Service also offers the best prices on its services, as well as fast turnaround times. As the 2024 hurricane season kicks off, the NOAA has already predicted an 85%chanceof an abnormally active Atlantic hurricane season. This underscores the need for people and businesses to take care of trees now before disaster strikes. This hurricane season, anyone interested in having a tree service performed can contact AAA Tree Service to get a free estimate. Learn more now and request a free estimate by visiting https://www.aaatreeserviceny.com/. ABOUT AAA TREE SERVICE AAA Tree Service provides tree pruning, tree trimming, tree removal services, emergency tree service, and more for individuals and businesses in Bronx County, Queens County, and Nassau County and the surrounding areas.

Douglas Launches Separate Assembly Line for Hermetic 38999 Connectors with Quick Lead Times

Randolph, NJ, July 24, 2024 — Douglas Electrical Components, a leading U.S. manufacturer of hermetic solutions for power and signal transmission, today announced the launch of a dedicated line for Series I and III (Box Mount and Jam Nut), hermetic MIL-DTL-38999 connectors. This new development aims to provide quick lead times and enhanced customization flexibility to meet the diverse needs of clients across various industries, including aerospace, defense, and industrial applications.

“Our new MIL-DTL-38999 connectors are suitable for applications demanding performance in vacuum and pressure conditions operating in harsh environments,” said Greg Montrose, Marketing Director at Douglas Electrical Components. “The combination of features allows for a wider range of design possibilities while maintaining the high reliability our customers expect.”

Key Features of their Hermetic MIL-DTL-38999 Connectors:
Douglas Electrical Components specializes in converting standard MIL-DTL-38999 connectors into hermetically sealed assemblies. Their offerings include:
· Standard Hermetic MIL-DTL-38999 Connectors: Available in Series I and III configurations (Box Mount and Jam Nut Connector), these connectors are designed for signal and power applications. They offer ultimate design flexibility in pin counts, materials, mounting types, and feedthrough connection types.
· Customization Options: Customers can choose from various series, shell types, finishes, over 70 insert arrangements, contact types, and keying. We can incorporate any mechanical or electrical configuration using a proprietary process and ASTM E-595-93 rated epoxy to meet specific needs.
· Lightweight and Durable: Their connectors are designed to be lightweight yet robust, ensuring reliable performance in harsh environments. They undergo 100% hermeticity testing with NIST traceability.
· Quick Lead Times: The new product line allows for faster production and delivery, ensuring that their customers can meet their project timelines in 4-6 weeks.

PurpleTV, a Center-Progressive Political TV Channel, Launches in Columbus, Ohio

Columbus, OH, July 24, 2024 –PurpleTV, a center-progressive political channel whose tagline is “Where Red meets Blue. And Blue meets Red,” has launched on Channel 25.1 in Columbus, Ohio on TV Station WXOH. PurpleTV programming airs on 25.1 during prime time from 7pm – 11pm, Monday – Friday. It will expand to other states and markets over the coming weeks. www.purpletv.com/live

Ohio is a swing state, and in the past, voters there have swung for Donald Trump, Barack Obama, George Bush, and Bill Clinton. Most of the City of Columbus is in Ohio’s 3rd Congressional District, as is Ohio State University, which is 2024 Republican vice-presidential nominee J.D. Vance’s alma mater. The 3rd District is solidly Democratic and if Vance was still there, PurpleTV’s signal would surely go over his head.

“Purple people want to get on with their lives. They want politicians to work together and compromise to move the nation forward,” said PurpleTV’s President, Matthew Davidge. “They don’t want angry performance artists.”

PurpleTV successfully launched in Milwaukee on June 27th, before the Republican National Convention. So far, the network has forged a content partnership with Madison-based Civic Media, and also airs videos from political commentator David Pakman. PurpleTV is now poised for further expansion beyond Milwaukee and Columbus to other TV markets including West Palm Beach, Florida.

Not a conventional TV watching experience, PurpleTV more closely resembles an internet feed or social media stream and is a place for viewers to perch briefly during commercial breaks on other channels. Viewing is designed to be measured in seconds, not minutes.

BeSingular Champions Future Skills with Innovative German University Collaboration

24th July 2024  New Delhi, Delhi, India  BeSingular, a leading platform for future skills development, has announced a groundbreaking collaboration with the prestigious University of Technology, Dresden to offer students an unparalleled educational experience in technology and innovation. Renowned for its eminence and unwavering commitment to quality, TU Dresden fosters a spirit of innovation. This dedication translates into rigorous academic standards, ensuring an exceptional educational experience.

Germany’s distinguished culture and conducive environment was a compelling factor in BeSingular’s decision to establish this groundbreaking partnership. Unlike the systems elsewhere, Germany’s approach aligns with BeSingular’s ethos of innovation, ensuring that students from diverse backgrounds can access world-class learning experiences and pioneering practices.

“We are thrilled to join forces with TU Dresden to provide our learners with an exceptional educational journey, coupled with its technological prowess and innovative spirit, creating an ideal environment for our program focused on future skills,” said Nitesh Jain, Founder & CEO of BeSingular. “This collaboration opens doors to a world-class curriculum crafted by industry specialists and delivered by renowned professors, fostering a transformative learning environment,” he added.

The BeSingular Future Leaders Program (BeSingular FLP) at TU Dresden offers students a holistic educational experience. Participants will reside on campus, gaining early exposure to university life and accessing state-of-the-art facilities. They will have the unique opportunity to engage with top professors, visit industry-leading companies, and collaborate with national and international peers. TU Dresden holds a distinguished reputation as a university of eminence, further underscoring the significance of the collaboration.

“We aim to transcend traditional learning paradigms by empowering our learners with future fluencies and essential values and giving them a chance to engage with leading experts, visit industry facilities, and collaborate with peers from diverse backgrounds, enhancing their global perspective and professional network,” added Dr. Thomas Köhler, Professor at Dresden University of Technology.

Being the only Indo-German program of its kind, the program offers a transformative learning experience that goes beyond textbooks for students between grades 9 to 12. The last date to enter the program is 29th April’24 for the India Chapter, and 10th April’24 for the India+Germany Chapter.

Silicon Labs Streamlines Energy Harvesting Product Development for Battery-Free IoT

24th July 2024 Hyderabad, Telangana, India Silicon Labs (NASDAQ: SLAB), a leader in secure, intelligent wireless technology for a more connected world, today announced their new xG22E family of Wireless SoCs, Silicon Labs’ first-ever family designed to operate within the ultra-low power envelope required for battery-free, energy harvesting applications. The new family consists of the BG22E, MG22E, and FG22E. As Silicon Labs’ most energy-efficient SoCs to date, all three SoCs will enable IoT device makers to build high-performance, Bluetooth Low Energy (LE), 802.15.4-based, or Sub-Ghz wireless devices for battery-optimized and battery-free devices that can harvest energy from external sources in their environments like indoor or outdoor ambient light, ambient radio waves, and kinetic motion.

To help device manufacturers build a complete energy harvesting solution, Silicon Labs is also announcing their partnership with e-peas, a provider of industry-leading Power Managed Integrated Circuits (PMICs) designed for energy harvesting. Through this partnership, Silicon Labs and e-peas co-developed two energy harvesting shields for Silicon Labs’ new, energy-optimized xG22E Explorer Kit. To better develop within the tight constraints that energy harvesting requires, the new xG22E Explorer Kit allows developers to customize the peripherals and debugging options that best match their application and get highly accurate measurements to better build their applications and devices with the energy harvesting shields. The energy harvesting shields are each tuned and optimized for different energy sources and energy storage technologies. They are custom-fit to slot onto the Explorer Kit. Notably, one of the shields uses e-peas’ latest AEM13920 dual-harvester, which allows it to pull energy simultaneously from two distinct energy sources, like indoor or outdoor light, thermal gradients, and electromagnetic waves without sacrificing energy conversion efficiency. The second co-developed shield is based on e-peas’ AEM00300 shield and is dedicated to harvesting power from random pulsed energy sources.

“As the market for energy harvesting and low-power solutions grows, Silicon Labs remains dedicated to enhancing our wireless MCU and radio stack capabilities to advance the development of battery-free IoT solutions,” said Ross Sabolcik, Senior Vice President for the Industrial and Commercial Business Unit at Silicon Labs. Our efforts to prioritize energy efficiency and increase device longevity underscore our commitment to fostering a more sustainable IoT ecosystem.

The evolution and widespread deployment of the Internet of Things (IoT) face a significant challenge related to powering low-complexity, small-form-factor devices. Traditional sources like mains power or batteries pose scalability and maintenance issues. The emergence of the Ambient IoT addresses this challenge by introducing a class of connected devices primarily powered through energy harvesting from ambient sources like radio waves, light, motion, and heat.

Silicon Labs aims to build a device that can address one of the significant challenges in Ambient IoT: creating a platform that can optimize its energy consumption and prolong its lifespan. The xG22E family comes equipped with several features designed to minimize energy use and make it the platform of choice for energy harvesting, including:

Ultra-fast, low-energy cold start for applications starting from a zero-energy state to transmit packets and then rapidly return to sleep. An xG22E device wakes up in only eight milliseconds and uses only 150 micro-joules or roughly 0.003% of the energy needed to power a 60-watt equivalent LED lightbulb for one second.

Energy-conserving deep sleep swift wake-up reduces wake-up energy by 78% compared to other Silicon Labs devices.

Power-efficient energy mode transition to smoothly transition in and out of energy modes by mitigating current spikes or inrush, which can harm energy storage capacity.

Multiple deep sleep wake-up options, such as RFSense, GPIO, and RTC wake-up sources from the deepest EM4 sleep mode, are ideal for extended storage.

Energy Harvesting Applications Enable a More Sustainable IoT

Energy harvesting and conservation technologies offer significant benefits across industries, including reduced energy costs, elimination of battery dependence, and reduced operational carbon footprint by changing energy consumption sources and minimizing battery waste. It also complements many existing IoT applications. For example, electronic shelf labels are being rapidly adopted by retailers across the globe to allow for more accurate pricing, inventory management, and even loss prevention. However, with a single location having as many as thousands of labels, they require a lot of batteries. Fortunately, electronic shelf labels do not need a lot of power, nor do they require always-on connectivity, making them an excellent fit for energy harvesting. By using Ambient IoT energy sources, retailers can reduce or eliminate their need for batteries for shelf labels. Other examples in the consumer space include television remote controls that use solar energy and movable, wireless light or appliance switches.

Silicon Labs actively supports companies developing successful low-power devices and pursuing battery-free designs, fostering an environmentally sustainable leadership within their respective fields.

• To learn more about how to begin developing battery-free IoT devices using Silicon Labs, be sure to visit:
• The registration page for the May 9th Tech Talk unboxing of the xG22E
• The new Silicon Labs Energy Harvesting page
• The Silicon Labs blog to learn more about energy harvesting

Opalus Series Lever Handles by Hafele

24th July 2024 Delhi, India Every time we enter a new space, it all begins with a ‘first touch’ – the door handle. When we take hold of it, new spaces, expanses and whole new worlds open up to us. And so, we believe that the door handle acts as a connecting element between people and spaces.

The new Opalus Series Designer Lever Handles by Häfele derives its name from the Sanskrit word ‘Upal’ which means ‘precious stone’ and is exquisitely crafted to impeccably embellish your contemporary architectural doors. Available in a host of designs and finishes, this series has been carefully put together to offer you maximum flexibility and choice while designing your interior. Made of high-quality brass material, these lever handles are durable and offer a hassle-free experience.