Influence of green technology, green energy consumption, energy efficiency, trade, economic development and FDI on climate change in South Asia

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    Oklahoma Oil Expansion: Utilizing Unconventional Technology to Develop Conventional Targets

    Oklahoma’s Anadarko Basin, one of the world’s super basins, is currently known for horizontal drilling in the Woodford Shale, the principal source rock in the basin. However, above the Woodford, many attractive oil and gas reservoirs have been pursued with vertical technology over the past 100 years. As one of the deepest basins in the United States, with horizontal Woodford wells routinely drilled between 14,000 to 17,000 FT TVD, there is a lot of rock above the source in which hydrocarbons have accumulated.

    Lynx Oklahoma Operating is focused on developing targets for horizontal drilling within and adjacent to existing legacy fields in the Anadarko Basin, specifically Caddo County, Oklahoma. After analyzing multiple targets in Caddo County, including the deep Woodford, Meramec, Springer, Red Fork and multiple Hoxbar reservoirs, Lynx decided to initiate its horizontal program targeting crude oil in the Hoxbar Marchand. The Hoxbar Marchand is a sandstone oil reservoir with a typical gravity of 42 to 48 degrees API at 9,500 FT to 10,500 FT TVD, historically developed utilizing conventional vertical technology since the mid-1960s.

    Post frac cleanout and frac plug milling with 285K stand-alone snubbing unit on Lynx Sergeant Major 18-19-30-9-10 #1HXL.

    Legacy vertical Hoxbar Marchand wells vary in performance. Many are marginal vertical producers and vertical wells drilled but never completed for various reasons, including reservoir properties deemed commercially unproductive, commodity prices and operator challenges. Lynx’s Chief Executive Officer Nelson Bolen states, “These variables provide an attractive dynamic when analyzing conventional reservoirs for modern horizontal unconventional development, as the vertical penetrations provide a detailed subsurface database, showcase producibility, but leave most of the oil behind.” Although vertical Hoxbar Marchand development was in thicker, clean sandstones and thinner, dirtier sandstones, prospects in the thinner, dirtier rock were often not developed beyond the first few wells. This provides an opportunity to add value utilizing modern unconventional technology on legacy conventional rock.

    According to Al Warner, senior vice president of geology, “Lynx’s geological approach was to first construct a series of detailed cross sections wherein individual sandstone benches, generally 5’ to 25’ but, in some instances, up to 50’ were correlated. These individual benches were then mapped over their entire extent, providing targets that, in many cases, extend beyond the known limits of a given field or play. In a number of instances, this detailed ‘splitting’ of the sandstones included mapping and extending the shalier sandstones over broader areas which have proven commercially productive.”

    Pumping long string cement job on Lynx Gunnery Sergeant 7-18-11-12 #1HXL.
    Pumping long string cement job on Lynx Gunnery Sergeant 7-18-11-12 #1HXL.

    When targeting sandstones, like the Hoxbar Marchand, the gamma ray log is not the gospel when identifying productive or nonproductive rock. Other factors must be considered during drilling to stay in the optimum interval. Hydrocarbon shows both gas and oil provide excellent evidence of potentially productive rock, but are not always easily identified, especially when drilling with weighted oil-based mud. Rate of penetration is another excellent leading indicator that is utilized during geosteering and for target changes.

    Building a natural gas pipeline while milling frac plugs on Lynx Sergeant Major 18-19-30-9-10 #1HXL.
    Building a natural gas pipeline while milling frac
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    Is China Data Technology Development (HKG:8178) Weighed On By Its Debt Load?

    Legendary fund supervisor Li Lu (who Charlie Munger backed) once reported, ‘The greatest expense threat is not the volatility of price ranges, but whether or not you will go through a everlasting reduction of money.’ It truly is only all-natural to take into account a company’s equilibrium sheet when you look at how risky it is, because debt is usually concerned when a business enterprise collapses. As with quite a few other businesses China Facts Know-how Enhancement Minimal (HKG:8178) will make use of personal debt. But really should shareholders be nervous about its use of personal debt?

    When Is Credit card debt Harmful?

    Personal debt is a tool to help enterprises mature, but if a company is incapable of paying off its loan providers, then it exists at their mercy. Ultimately, if the enterprise cannot fulfill its authorized obligations to repay credit card debt, shareholders could walk away with very little. While that is not far too prevalent, we generally do see indebted companies completely diluting shareholders mainly because lenders pressure them to raise funds at a distressed selling price. Of program, a good deal of companies use debt to fund advancement, without the need of any negative implications. The initially issue to do when looking at how considerably personal debt a organization works by using is to glimpse at its dollars and financial debt with each other.

    Test out our most recent examination for China Info Know-how Enhancement

    What Is China Info Technologies Development’s Web Financial debt?

    As you can see under, at the finish of June 2022, China Facts Know-how Enhancement experienced HK$135.5m of financial debt, up from HK$91.0m a calendar year in the past. Click the graphic for much more detail. On the other hand, due to the fact it has a money reserve of HK$30.6m, its net financial debt is much less, at about HK$105.0m.

    SEHK:8178 Credit card debt to Equity Historical past September 8th 2022

    How Potent Is China Details Engineering Development’s Harmony Sheet?

    Zooming in on the hottest harmony sheet knowledge, we can see that China Data Technologies Enhancement experienced liabilities of HK$87.4m owing in 12 months and liabilities of HK$84.4m owing outside of that. Offsetting these obligations, it had money of HK$30.6m as very well as receivables valued at HK$42.9m because of in just 12 months. So it has liabilities totalling HK$98.3m extra than its money and close to-term receivables, put together.

    Provided this deficit is basically bigger than the company’s market capitalization of HK$81.8m, we believe shareholders definitely should really observe China Details Know-how Development’s financial debt concentrations, like a dad or mum watching their youngster trip a bike for the very first time. Hypothetically, particularly major dilution would be essential if the company had been forced to shell out down its liabilities by boosting capital at the recent share price tag. The equilibrium sheet is obviously the space to target on when you are analysing personal debt. But you cannot see debt in overall isolation considering that China Info

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    DOD Appears at U.S.-South Korea Technology Collaboration > U.S. Section of Defense > Defense Section Information

    The partnership amongst the United States and South Korea has developed for additional than 70 several years now and carries on to fortify each individual year. 

    1 area that the Protection Department emphasizes is in know-how advancement amongst the two nations, explained David A. Honey, deputy undersecretary of defense for analysis and engineering. 

    President Joe Biden not too long ago frequented with South Korean President Yoon Suk-yeol to focus on, among the other factors, endeavours to broaden cooperation on systems, this kind of as semiconductors, batteries, civil nuclear power, place growth and cyberspace. 

    “Thoroughly recognizing that [the] scientists, scientists and engineers of [their] international locations are amongst the most innovative in the world, both equally presidents agreed to leverage this comparative benefit to enrich general public and personal cooperation to defend and market vital and rising systems, including major-edge semiconductors, eco-welcoming EV [electric vehicle] batteries, synthetic intelligence, quantum technological know-how, biotechnology, bio-producing and autonomous robots,” said Honey in the course of a keynote deal with these days at the Center for Strategic and Intercontinental Research. 

    Honey stated DOD officers have determined 5, essential technologies parts the office aims to acquire further more in partnership with South Korea. All, he explained, have an impact on world source chain security, and first amid those is artificial intelligence. 

    “As AI, device finding out and autonomous functions carry on to experienced, the DOD will target on evidence-dependent AI assurance and enabling operational effectiveness,” he explained. 

    In communications, 5G know-how and the following technology of communications technological innovation are also critical to the section, he claimed. 

    “As fifth era wireless technological know-how is adopted and gives creating blocks for functionality, the DOD will also appear ahead to long run G [generations] for leap-ahead technologies to direct in developing upcoming criteria,” Honey claimed. “The section will commit in long term G engineering progress to lay the groundwork for continued United States leadership in information technological know-how, which is vital to sustaining our financial and national safety.” 

    Quantum computing, Honey said, can deliver DOD with computational speeds that are unprecedented and will permit the office to address some of its most hard analytical difficulties. 

    “Quantum sensors assure the capacity to supply unprecedented precision in situation, navigation and timing,” he claimed. “Our near-expression know-how emphasis is on superior atomic clocks and quantum sensors to strengthen navigation and timing trustworthiness further than GPS and enhance our entry to the spectrum.” 

    Even further investments in biotechnology, Honey mentioned, can help with everything from preventing international pandemics to cutting down logistics and sustainment prices and expanding strength efficiency. 

    “Biotechnology can help change the way the office conducts missions, performs in contested logistics environments, and adapts to significant world wide alterations,” he claimed. “Biotechnology innovation is mostly as a result of worldwide collaborations. DOD partnerships domestically and internationally de-chance and accelerate the changeover of investigation to operational demonstrations and abilities.” 

    At last, he claimed, renewable electricity generation and storage are essential to DOD’s future functions. 

    “Renewable electrical power technology and storage claims

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    UTSW scientists acquire microbubble technology to enrich most cancers immunotherapy : Newsroom





    Jacques Lux, Ph.D.

    DALLAS – June 06, 2022 – Scientists at UT Southwestern have developed a initial-of-its-form ultrasound-guided cancer immunotherapy system that provides immune-stimulating brokers to cells for the development of systemic anti-tumor immunity. The technology, termed Microbubble-assisted Ultrasound-guided Immunotherapy of Cancer (Audio), was explained in a examine posted in Character Nanotechnology.

    The advancement of Music inside of the Translational Exploration in Ultrasound Theranostics (Belief) application at UTSW started with the strategy that Food and drug administration-permitted components used for ultrasound imaging could be reengineered to provide nucleic acids directly into cells. Key to this speculation were being ultrasound distinction agents named microbubbles.

    “When exposed to an ultrasound field, the microbubbles oscillate. If people microbubbles are sure to cells when exposed to a higher adequate ultrasound intensity, the oscillation will drive and pull the mobile membrane. This creates pores that open the doorway for delivery of microbubble cargo into the cells’ cytosol,” explained Jacques Lux, Ph.D., Assistant Professor of Radiology at UT Southwestern and co-corresponding creator of the study.  

    Sina Khorsandi, a biomedical engineering graduate scholar working in the Lux lab and co-1st creator of the examine, employed antibodies to concentrate on the microbubbles to distinct immune cells known as antigen-presenting cells (APCs). The microbubbles were being loaded with the cyclic dinucleotide cGAMP, the pure activator of STING. The shipping of this purely natural agent to an APC activates STING and boosts the body’s innate immune technique, resulting in activation of T-cells that can target and reduce tumor cells.

    Scientists developed a microbubble-assisted ultrasound-guided immunotherapy to deliver an agent into antigen-presenting cells and enrich the body’s innate immune program.

    Considering that microbubbles are also applied as ultrasound contrast brokers, the cGAMP-loaded microbubbles had been visualized inside tumors working with scientific ultrasound scanners after injection. Raising the depth of the ultrasound caused the microbubbles to collapse and produce cGAMP immediately into the cell in a technique called sonoporation. Even though sonoporation has been utilized beforehand in preclinical settings, New music is the initial engineering to deliver cGAMP immediately into APCs.

    The scientists analyzed their Songs engineering on triple-adverse breast cancer mouse versions and found a substantial reduction in tumor expansion, with 60% of the handled mice having entire tumor eradication. The cure also manufactured anti-tumor memory in the T-cells that prevented tumor regrowth.

    Applying a metastatic breast cancer mouse design, the researchers found that nearby cure of the principal tumor elicited a systemic immune reaction, as activated T-cells traveled to distant metastatic web pages to get rid of cancer lesions far absent from the primary tumor. Outcomes ended up improved by the inclusion of a PD-1 blocker, a usually employed most cancers immunotherapy, together with lowered systemic disease progression. The mixture treatment greater median survival by 76% when in contrast to PD-1 blocker by yourself.

    “We injected our microbubbles in the key tumor, used ultrasound, and uncovered that the metastatic tumors – like tumors found in the lungs – had been disappearing,” explained Dr. Lux, a member of UTSW’s Harold

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    NUWC Division Newport employees recognized for developing innovative technology > Naval Sea Systems Command > Saved News Module

    More than 60 current and former Naval Undersea Warfare Center (NUWC) Division Newport employees were recognized for their science, technology, research and innovation accomplishments during a “Patents, Publications and Technology Transitions” awards ceremony held on Feb. 16.

    The first of what will become quarterly ceremonies was held in front of Division Newport’s new “Wall of Innovation,” designed to reflect innovation and state-of-the-art accomplishments by the workforce.

    “This is what the Wall of Innovation was designed for, to display our technical and scientific advancements and innovation on a rotating basis to the entire community,” Chief Technology Officer Dr. Jason Gomez said as he welcomed attendees to the ceremony.

    Technical Director Ron Vien cited the Division Newport mission and its long history of growth, innovation and evolution into new technical areas.

    “I’m a bit biased, but we’re pretty cool, what we do here at NUWC, and it’s work like this that really demonstrates our people and technical capabilities,” he said. 

    Commanding Officer Capt. Chad Hennings agreed.

    “To be the first to think of an idea and to be able to share that idea, that’s really impressive,” Hennings said.

    Patent awards

    Eighteen current and former employees were awarded 12 patents, an important part of the innovation process as patents protect intellectual property, award inventors for innovative ideas and make novel technologies available to the broader scientific and engineering communities.

    “We have a strong history and culture in patents here at Division Newport,” said Gomez.

    Awardees and their patents include the following:

    • Dr. Anthony Ruffa, Chief Technology Office: Patent No. 11,006,208, Compact Low Frequency Acoustic Source
    • Thomas Frank, Undersea Warfare (USW) Weapons, Vehicles and Defensive Systems Department; Dr. Lynn Antonelli and Stephen Butler, Sensors and Sonar Systems Department; and Jackeline Diapis, Customer Advocate Office: Patent No. 10,788,575, Air-Based Sonar Projector Array
    • Dr. David Daily and Andrew Guarendi, Sensors and Sonar Systems Department; Dr. David Beal, Dr. Aren Hellum, and Dr. Jesse Belden, USW Weapons, Vehicles and Defensive Systems Department: Patent No. 11,098,784, Shock Mitigation Utilizing Quiescent Cavitation
    • Hailu Waka and Dr. David Rivera, USW Electromagnetic Systems Department: Patent No. 10,916,855, Contoured-Shape Antenna with Wide Bandwidth
    • Dr. David Rivera: Patent No. 10,819,028, Tunable Parallel Plate Antenna; Patent No. 10,879,617, Wideband Slot Antenna with Interdigital Back Plane; and Patent No. 10,804,589, Parallel Plate Antenna with Vertical Polarization
    • Christian Schumacher (currently on rotation within the Warfare Centers Headquarters chief technology office) and Dr. Thomas Howarth (former employee): Patent No. 10,799,089, Thermoacoustic Device with Acoustically Transparent Housing and Patent No. 10,805,738, Method for Making a Thermoacoustic Device
    • Dr. Charles Patrissi, USW Platforms and Payload Integration Departent; Dr. Joseph Fontaine (former employee currently at Naval Surface Warfare Center Division Crane and located at Division Newport); and Jian Tan (former employee): Patent No. 10,895,606, Electrochemical Cell Test Method and Patent No. 11,043,705, Cell Having Implanted Electronic Circuit
    • Paul Medeiros, USW Electromagnetic Systems Department: Patent No. 10,903,55
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