Airborne Fire Control Radar Market Opportunity Analysis and Industry Forecast, 2014 – 2022

Airborne fire control radar market is expected to garner $3,455 million by 2022, registering a CAGR of 3.9% during the forecast period 2016-2022.

PORTLAND, OR, UNITED STATES, October 18, 2021 / — Airborne Fire Control Radar Market Overview:

Airborne fire control radar market is expected to garner $3,455 million by 2022, registering a CAGR of 3.9% during the forecast period 2016-2022. The base year considered for the study is 2015 and the forecast years range from 2016 to 2022. In the coming years, the regional instability is expected to cause future conflicts, which increases the concern for security at various nations border.

Developing countries invest heavily in defense equipment/tools in to attain a competitive edge over the opponents. Furthermore, the increase in automation in security and surveillance radar technology enables the countries to improve their airborne military infrastructure. Fire control radar is used as a weapon control radar that estimates the position (coordinates) of a target and informs the fire control systems installed on the missiles. A typical airborne fire control radar includes a high pulse repetition frequency and a narrow beam width to achieve greater accuracy and location of the desired target.

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Major Market Players:
• Lockheed Martin
• BAE Systems
• Raytheon
• Northrop Grumman
• Thales Group
• Airbus Group
• General Dynamics
• Leonardo-Finmeccanica
• Saab AB
• Israel Aerospace Industries

Factors that drive the growth of the global airborne fire control radar market include the rise in military spending across developing as well as developed countries for airborne infrastructure, adoption of active electronically scanned array (AESA)-based systems, and automation of defense and surveillance radar systems. However, the increase in cyber warfare and incapability of radar to detect stealth technologies affect the market growth during the forecast period.

Prominent players operating in the airborne fire control radar industry globally include Lockheed Martin Corporation, Northrop Grumman Corporation, Raytheon Company, SAAB Group, Thales Group, Airbus Group, General Dynamics, Israel Aerospace Industries Ltd., Finmeccanica Spa, and BAE Systems.
Top Impacting Factors of World Airborne Fire Control Radar Market

Adoption of AESA-based Systems
Radar has been extensively used by the defense industry after the Second World War and currently is among the crucial component in military communications. The radar technology has experienced huge advancements in the recent years, resulting in increased flexibility of the tools. This has also resulted in the development of AESA in the airborne fire control radar systems. These types of phased array radar systems show high precision, easing the tracking of the target by airborne fire control radar.

Increase in Security Concerns
Territorial conflict is the major challenge faced by Asia-Pacific and Middle East & Africa. These conflicts are due to political and economic interests, normative reasons, and struggle over scarce natural resources. This leads to countries securing their borders with effective technologies through air, water, and land, which is expected to give rise to the demand for such systems worldwide. This, in turn, is projected to increase the airborne fire control radar market share in terms of revenue by 2022, as compared to that in 2014.

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Source: EIN Presswire

Proposed Listing on OTC Markets and North American Broker Engaged

Bradda Head Lithium has started the process to list on the US OTC Markets platform, and has also engaged Red Cloud as its North American broker.

Bradda Head Lithium Ltd. (AIM:BHL)

LONDON, UNITED KINGDOM, October 18, 2021 / — 18 October 2021

Bradda Head Lithium Ltd.

("Bradda Head", “Bradda”, or the "Company")

Proposed Listing on OTC Markets and North American Broker Engaged

Bradda Head Lithium Ltd. (AIM: BHL), the North America-focused lithium development group, is pleased to announce that it has started the process to list on the US OTC Markets platform. The Company's ordinary shares will be cross-traded on the OTCQB Board of the OTC Markets. This listing will be in addition to the existing quoting on the AIM of the Stock Exchange in London.

Bradda’s 100%-owned lithium assets are located in Arizona and Nevada, and the company is developing these assets with the end-goal to produce low-carbon footprint, low operating cost, battery-grade lithium end-products. Currently the US produces c.5kt per year of LCE (Lithium Carbonate Equivalent), and forecasts estimate that c.250kt LCE will be needed by 2025 in the US for domestic supply.

The objective of applying to the OTCQB in New York is to provide efficient access to U.S. investors, enhance liquidity and facilitate a fair valuation for the Company going forward. The Company is of the view that through trading on the OTCQB, Bradda Head can engage with a significant network of U.S. investors, data distributors and media partners, ensuring that U.S. investors have access to the same level of information and disclosure that is available to investors in the United Kingdom, but through U.S.-facing platforms and portals used to conduct research.

Trading on the US OTC market will have no impact on the Company's existing ordinary shares trading on the AIM of the London Stock Exchange. No new ordinary shares will be issued as part of the cross-trade. The Group will continue to make announcements and disclosures to the London Stock Exchange through the Regulatory News Channel and has no Sarbanes-Oxley or SEC reporting requirements. The OTCQB Market cross-trading facility will provide U.S. based investors with the ability to access Bradda Head's shares in U.S. dollars during U.S market hours.

The cross-trading facility is provided through OTC Markets Group Inc., located in New York. OTC Markets operates the world's largest electronic interdealer quotation system for U.S. broker-dealers and offers multiple media channels to increase the visibility of OTC-listed companies. Independent studies show that trading on the OTC by an international company positively affects the liquidity of its shares.

The Company will provide further updates as its shares are admitted to trading on OTCQB.

Bradda has also engaged Red Cloud to act as its broker in North America. Red Cloud is a well-known organisation within North America and has the capability to help Bradda engage with North American investors and help to share the Bradda story. Bradda’s assets are located in Arizona and Nevada, and the combination of the OTC listing and the engagement of Red Cloud will help Bradda reach investors who want to invest in North American lithium stories.

Charles FitzRoy, CEO of Bradda Head, commented:

“We are delighted to have commenced the process of being admitted to trading on the OTCQB market.

“Given Bradda Head’s strategy of developing critical US lithium projects to supply the domestic market, the current aggressive exploration programme that we are undertaking and the significant interest in lithium in the US, we believe that listing on the OTC will enable us to gain greater visibility, further broaden our shareholder base and increase demand and liquidity in one of the world’s major lithium markets.

“Red Cloud are a renowned and trusted North American broker with the ability to reach investors who can’t trade AIM-quoted companies. Bradda’s assets are in the US and we have had significant interest showing that the North American market is looking for investments in lithium companies in the US.”

For further information please visit the Company’s website:

Bradda Head Lithium Limited +44 (0) 1624 639 396
Charlie FitzRoy, CEO
Denham Eke, Finance Director

Beaumont Cornish (Nomad)
James Biddle/Roland Cornish +44 20 7220 1666

Peterhouse (Joint Broker) +44 207 469 0930
Charles Goodfellow
Duncan Vasey
Lucy Williams

Shard Capital (Joint Broker) +44 207 186 9927
Damon Heath
Isabella Pierre

Red Cloud (North American Broker) +1 416 803 3562
Joe Fars

Tavistock (PR) + 44 20 7920 3150
Nick Elwes
Oliver Lamb
Adam Baynes

Notes to Editors

Bradda Head Lithium Ltd. is a North America-focused lithium development group. The Company currently has interests in a variety of lithium projects, the most advanced of which are in Central and Western Arizona: the Burro Creek project (Burro Creek East Project, and the Burro Creek West Project) and the Wikieup Project.

The Burro Creek East Project has an estimated an Inferred Mineral Resource (JORC) of 42.6 Mt of lithium bearing clays at an average grade of 818 ppm of lithium for 185,000 tonnes of lithium carbonate equivalent (LCE). The Burro Creek East Project also has additional exploration potential for extensions to the current model of between 50,000 to 300,000 tonnes of lithium carbonate equivalent.

The Group intends to continue to develop its three phase one projects in Arizona, whilst endeavouring to unlock value at its other prospective pegmatite and brine assets in Arizona, Nevada and Pennsylvania.
All Bradda Head’s licences are held on a 100% equity basis and are in close proximity to the required infrastructure.
Bradda Head is quoted on the AIM market of the London Stock Exchange with the ticker of BHL.

email us here

Source: EIN Presswire

iBridge & RiskRecon, a Mastercard Company, Announce a Strategic Agreement to Provide a Complete View of Cyber Risk

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We Listen. We Learn. We Execute.

Mastercard Risk Recon

Mastercard (NYSE:MA)

Expanding our ability to identify potential vulnerabilities using RiskRecon will be an added benefit for our customers”

— Desh Urs, CEO of iBridge

BEAVERTON, OR, USA, October 18, 2021 / — iBridge, a digital transformation company, and RiskRecon, a Mastercard company, announce a partnership to utilize RiskRecon's ratings to enhance and expand iBridge's infosec and data security practice. Rising risks to data protection, increased by hybrid work environments and the rapid evolution of data protection laws, make infrastructure assessment essential for every business strategy.

Combined with iBridge's penetration and vulnerability assessments, RiskRecon's objective information security evaluations give organizations insight into which systems are performing well and which ones are problematic. RiskRecon continuously monitors the cybersecurity risk of four million companies across the most highly regulated industries, including financial services and healthcare.

"iBridge provides a wide variety of services to provide security for digital infrastructures, and expanding our ability to identify potential vulnerabilities using RiskRecon will be an added benefit for our customers," said Desh Urs, CEO of iBridge.

"By integrating RiskRecon's comprehensive rating profiles, iBridge's customers are better prepared to prioritize their own vulnerabilities and assess their evolving network of third parties," added Kelly White, co-founder and CEO, RiskRecon.

About iBridge

We help our clients collect, manage, and analyze their data to create meaningful operational control and improved profitability. iBridge can cover virtually any technology needs, including data migration and analysis, technology integration, and cloud structure optimization. For more than a decade, iBridge has successfully distilled complex information into actionable results. Your business priorities become our priority. With this 'skin in the game' approach, we work in a partnership that you've seldom come across from a service provider that believes in getting the job done, and keeping your cost and operations in check.

About RiskRecon

RiskRecon, a Mastercard company, is the only continuous vendor monitoring solution that delivers risk-prioritized action plans custom-tuned to match your risk priorities. RiskRecon provides the world's easiest path to understanding and acting on own enterprise and third-party cyber risk, enabling organizations to efficiently operate scalable, third-party risk management programs for dramatically better risk outcomes. Learn more about RiskRecon, request a demo, or visit the website at

David Childers
iBridge LLC.
+1 503-906-3930
email us here
Visit us on social media:

Source: EIN Presswire

USEA Press Briefing: Is the Electric Grid Being Destabilized by the Race to Decarbonize?

Gas is the transition fuel for the world, and shutting it off prematurely is regressive. The challenge is how to move smoothly from gas to renewables and hydrogen, when that is available.”

— Llewellyn King

WASHINGTON, DC, UNITED STATES, October 17, 2021 / — The decarbonization race is on for electric utilities in the United States and abroad. But are they being driven too far, too fast by climate activists, politicians, and regulators?

Europeans are bracing themselves for what could be a bleak winter with shortages of natural gas and electricity. The Economist, among other news outlets, reports that governments have failed to plan for the integration of renewables into the European grid or to allow for contingencies.

What is the U.S. situation? Are U.S. utilities making the same mistakes that have led to an energy crisis in Europe?

The United States Energy Association (USEA) will hold a virtual press briefing — another in its series — on this urgent issue. The format for these hour-long press briefings is a panel of experts deliver remarks and are questioned by a panel of reporters. Other members of the press, USEA members, and the public are welcome to submit questions. A recording will be available on the USEA website following the press briefing.

The press briefing, which will be held on Zoom, is scheduled for Oct. 22 at 11 a.m. Eastern Time. Registration is required (see below).

The experts are:

Arshad Mansoor, President and CEO, Electric Power Research Institute
Suriya Evans-Pritchard Jayanti, International Energy Counsel, U.S. Department of Commerce
Branko Terzic, Managing Director, BRG LLC
Sheila Hollis, Acting Executive Director, USEA

The reporters are:

Ken Silverstein, Forbes
Rod Kuckro, Freelance
Jasmin Melvin, S&P Global

Llewellyn King, who has organized and will host the press briefing, has written widely on the subject of grid stability and says, “Low-carbon grids need longer-duration storage, but until that comes along, natural gas is, at least, a valuable storage medium.”

“Britain has woefully little gas storage,” King says. “The British simply believed the wind would always blow, especially off Scotland. Recently, though, there was a six-week wind drought with disastrous consequences for Britain and the continent."

He adds, “Battery storage is valuable, but at this point batteries draw down in four hours, and energy emergencies go on for days and weeks.”

The worry in many utilities and among analysts is that the United States could be caught similarly unprepared, and the electric grid could be destabilized with blackouts and brownouts this winter or next summer.

“Gas is the transition fuel for the world, and shutting it off prematurely is regressive, assuring that more coal will be burned from Germany to China,” King says, adding, “The challenge is how to move smoothly from gas to renewables and hydrogen, when that is available.”


CONTACT: Llewellyn King,

Llewellyn King
White House Media LLC

Source: EIN Presswire

Solid Waste Management Market Value 1,193.88 Billion by 2027 – Exclusive Report by Emergen Research

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Emergen Research Logo

Solid Waste Management Market Size – USD 1,000.12 billion in 2019, Market Growth – CAGR of 2.4%, Market Trends – Favorable regulatory policies

VANCOUVER, BC, CANADA, October 17, 2021 / — Global Solid Waste Management Market Research report is a comprehensive critique of the Solid Waste Management market published by Emergen Research that provides a thorough assessment of market scenario with regards to the market size, share, demand, growth, trends, and forecast from 2020-2027. The report provides the analytical data in an organized format segmented into charts, tables, graphs, figures, and diagrams among other pictorial representation.

Strict government regulations regarding solid waste disposal and increasing industrialization in the emerging economies are driving the demand of the market.

The growing initiatives of the government to reduce the contamination of water bodies and carbon emissions are most likely to propel the growth of the market over the forecast period. Utilization of the municipal solid waste (MSW) as fuel to generate renewable energy sources through thermal and biological techniques is projected to drive growth opportunities for the future. The increasing preference of the developed countries towards Zero waste generation and waste recycling will surely boost the demand for solid waste management and recycling solutions.

We Have Recent Updates of Solid Waste Management Market in Sample Copy:

Topographical Survey

Regional analysis covers a comprehensive breakdown of the market into key regions to offer better insights about production volume information, consumption volume and patterns, revenue, trends and demands, supply and demand dynamics, import/export, and presence of key players in each region along with revenue share, revenue growth, and CAGR.

Processing is forecasted to grow with the fastest CAGR of 3.0% over the forecast period. The scarcity of landfill sites in the populated cities has resulted in the increasing need for solid waste recycling and boosted the segment's growth.

The report covers the following province:

North America (U.S.A., Canada, Mexico)

Europe (U.K., Italy, Germany, France, Rest of Europe)

Asia Pacific (India, Japan, China, South Korea, Australia, Rest of APAC)

Latin America (Chile, Brazil, Argentina, Rest of Latin America)

Middle East & Africa (Saudi Arabia, U.A.E., South Africa, Rest of MEA)

The Solid Waste Management report covers the market dynamics analysis, company profiles, production and manufacturing capacity, product specifications, product value, and key players. The report also offers an insight into the growth prospects during the forecast period to help key companies

Following Top Venders are Included in Solid Waste Management Industry

Covanta Holding Corporation, Hitachi Zosen Corporation, Clean Harbors, Inc, Recology, Cleanaway, Wheelabrator Technologies, Waste Management, Inc., Veolia Environment SA (Veolia), SUEZ, and Advanced Disposal Services, among others.

Buy Now:

Preview Of market

The latest study provides readers with a granular analysis of the major developmental elements of the global market, potential business avenues, and the overall market dynamics. The report has been specially curated to offer a deep understanding of the competitive terrain of the global market, highlighting the leading market rivals, their market positions, product portfolios, gross revenue shares, profit margins, pricing analysis, sales network & distribution channels, and financial standing.

In addition, downstream demand analysis, upstream raw materials, consumption volume, and the market share of all the segments and sub-segments have also been discussed at length in the latest report.

Salient convenience of the News:

Comprehensive analysis of the competitive scenario and its changing dynamics

Analytical data with detailed SWOT analysis and Porter’s Five Forces analysis

In-depth 8 year analysis of the Global Solid Waste Management Market

Critical understanding of the key market segments 

Component investigation By Emergen Research

The Plastics segment held the largest market share of Solid Waste Management in 2019 due to the increasing amount of plastic waste generated every year from the packaging sector.

Emergen Research has segmented the global Solid Waste Management Market on the basis of Waste, Treatment, Material, and region:

Waste Outlook (Revenue, USD Billion; 2017-2027)

Industrial Solid Waste

Municipal Solid Waste

Treatment Outlook (Revenue, USD Billion; 2017-2027)


Processing (Recycling, and Anaerobic Digestion)

Disposal (Landfill & Open Dump and Incineration)

Fault-finding characteristic To Help Readers Understand The Market Scenario

Analytical Tools: The report discusses the leading market participants and their market scope, leveraging various analytical tools. Porter’s five forces analysis, SWOT analysis, feasibility study, and investment return analysis, are some of the analytical tools used by researchers for this market study.

Key Growth Prospects: The report specializes in examining the major growth prospects of the global Solid Waste Management market, such as new product launches, collaborations, joint ventures, mergers & acquisitions, agreements, partnerships, and the progress of the key market players functioning in the market, on regional and global levels.

Why to choose Emergen Research?

Vendor management

Cost-effectiveness analysis

Supply chain optimization analysis

Patent analysis

Carbon footprint analysis

R & D analysis

Mergers and acquisitions

Table Of Content:

Chapter 1. Methodology & Sources

1.1. Market Definition

1.2. Research Scope

1.3. Methodology

1.4. Research Sources

1.4.1. Primary

1.4.2. Secondary

1.4.3. Paid Sources

1.5. Market Estimation Technique

Chapter 2. Executive Summary

2.1. Summary Snapshot, 2019-2027

Chapter 3. Key Insights

Chapter 4. Solid Waste Management Market Segmentation & Impact Analysis

4.1. Solid Waste Management Market Material Segmentation Analysis

4.2. Industrial Outlook

4.2.1. Market indicators analysis

4.2.2. Market drivers analysis Increasing industrialization in emerging economies Rising awareness among public and government agencies regarding waste-to-energy solutions Rapid urbanization and increasing purchasing power of consumers in the developing economies Strict government regulations regarding the solid waste disposal Technological advancements in waste management solutions

4.2.3. Market restraints analysis High cost of operating solid waste solutions Increasing landfill prices and fuel costs Lack of proper waste collection infrastructure Present challenging economic conditions due to the pandemic

4.3. Technological Insights

4.4. Regulatory Framework

4.5. Porter’s Five Forces Analysis

4.6. Competitive Metric Space Analysis

4.7. Price trend Analysis

4.8. Covid-19 Impact Analysis

Chapter 5. Solid Waste Management Market By Waste Insights & Trends, Revenue (USD Million), Volume (Kilo Tons)
5.1. Waste Dynamics & Market Share, 2019 & 2027

5.1.1. Industrial Solid Waste

5.1.2. Municipal Solid Waste


Read Complete Report By Emergen Research:

Thank you for reading our report. Customization of the report is available according to the requirements of clients. Kindly get in touch with us to know more about the report, and our team will ensure the report is tailored according to your needs. 

Look Over transcripts provided by Emergen Research

The global smart water management market size is expected to reach USD 18.90 Billion in 2027 and register a steady CAGR over the forecast period, according to latest analysis by Emergen Research.

The global industrial packaging market is projected to be valued at USD 76.40 billion by 2027, according to a current analysis by Emergen Research. 

The Global Sports Guns Market is forecasted to be worth USD 3.46 billion by 2027, according to a current analysis by Emergen Research.

The global Fuel Cells Market is expected to reach USD 16.58 Billion by 2027, according to a new report by Emergen Research.

The global micro mobility market is expected to reach a market size of USD 290.39 Billion in 2027 and register a double-digit CAGR over the forecast period, according to latest analysis by Emergen Research.

About Us:

At Emergen Research, we believe in advancing with technology. We are a growing market research and strategy consulting company with an exhaustive knowledge base of cutting-edge and potentially market-disrupting technologies that are predicted to become more prevalent in the coming decade.

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Emergen Research
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Source: EIN Presswire

CiRN UNISWAP trading US$0.00008974 per CiRN

from Wikipedia, Geiger counter simple schematic

from Wikipedia, Geiger counter simple schematic

CiRN Uranium in-situ deposits to Electricity


It is shocking that a Eureka moment did not occur in 1908 when the Geiger counter discovery was made by turning radiation instantly to electric current. CiRN found the global warming answer.”

— Marino Specogna

VANCOUVER, BRITISH COLUMBIA, CANADA, October 17, 2021 / — CiRN (UNISWAP token symbol CiRN) trading at equivalent of US$0.0000897 per CiRN on UNISWAP V3 as of October 16, 2021.

CiRN with historic Uranium deposits is working to utilize in-situ Uranium deposits located in Quebec to create electricity using nanomaterial and/or existing ionization techniques similar to that used in the Geiger counter and/or dissipation to Si solar cells.

Past academic work by third parties have made discoveries since 1908, that radiation can convert directly to electricity. Remarkably no one to date other than CiRN has recognized and announced the fact the Geiger counter invention can be used as a battery or an electricity production method. The 1908 Geiger counter discovery/invention, which thru ionization creates electricity, by detecting radiation. This Geiger counter invention on a large scale or even small scale can produce electricity and or be used as a battery continually creating energy, and eliminate global warming electricity production.

The Geiger counter works, as stated on wikipedia, when radiation is detected in the anode and cathode connected gas chamber, instantaneously electric current is created which then passes by anode and cathode to create a reading and a sound, if that feature is activated on the Geiger counter, the more intense reading and sound the greater radiation. In essence with the anode and cathode on the Geiger counter, the instrument is a battery as a battery has an anode and a cathode. The diagram attached shows the simple Geiger counter. On a grand scale the electric current produced should be transferred to be used as electricity currently is utilized. This has not been proven as yet and no working model has yet been produced.

When and if CiRN implements either or all methods over 100% owned Uranium deposits, and or over other Uranium deposits worldwide, the CiRN will be disruptive to current earth warming technologies. This CiRN method will keep the Uranium in the ground, so is non-destructive and non-intrusive and produces no waste, simply captures the continually dissipated radiation from these resources and will convert directly to electricity. Note Uranium half life, dissipation of radiation is 4.5 billion years.

The electricity produced will be sold in CiRN only.

The current Uranium deposits owned by CiRN are DORAN(LACANA) measuring over 11.4 million tonnes at 0.025% U3O8, releasing over 6000 kWh of energy at any moment in time, a continual release of energy, radiation, for 4.5 billion years. The DORAN(LACANA) Uranium deposit measures over 700 meters in length and 15 meters width. The amount of nanomaterial to cover and absorb over 1 cubic meter of the deposit would be 1 billion x 1 billion, cubed (1 meter high of nanomaterial). Over the full 700 meters by 15 meters the a huge number of nanomaterial would be utilized, all converting to electricity continually and instantaneously. There maybe a flow of nanomaterial continuously over and past the deposit area to transmit the electricity. The nanomaterial could hover higher above the Uranium deposits, for storeys even, and the greater amount of nanomaterial needed but also the greater amount of continual absorption of radiation energy. The Uranium continually dissipates the radiation from in-situ resources for 4.5 billion years. The other deposits are Capri and Capri2, at 900,000 tonnes and 1 million tonnes. All work reported in Quebec government publications on Uranium deposits owned 100% was completed historically by third parties.

CiRN will make obsolete coal, mineral oil, and nuclear powered energy production and the current carbon produced and waste produced will be eliminated. CiRN is the answer to the Earth's global warming problems that COP26 climate conference is discussing. CiRN will only use the natural dissipating energy that will exist for 4.5 billion years without mining or waste or climate change occurring.

CiRN also with historic 43-101 established proven iron reserves of 114+ million tonnes in one deposit located in Quebec, Canada. CiRN hopes to supply the iron ore market, including iron for EV production by third parties or for new EV Lithium Iron Phosphate batteries used in production of Tesla's by TESLA MOTORS (Q-TSLA) China gigifactory. No agreements have been made.

More information can be found at

CiRN trades on UNISWAP under token symbol CiRN.

If you are researching nanomaterial, radioactivity to electricty, contact CiRN to work together.

Marino Specogna

Source: EIN Presswire

التنقل الكهربائي في المستقبل: الهند وألمانيا أقامت شراكة رائدة. NEUTRINO ENERGY

Neutrino Energy India Group

Neutrino Energy India Group

DUBAI, UAE, October 15, 2021 / — "Car Pi" سيارة كهربائية ذاتية الشحن باستخدام تقنية نيوترينو فولتيك – مشروع بقيمة 2.5 مليار دولار

"Car Pi" سيارة كهربائية ذاتية الشحن باستخدام تقنية نيوترينو فولتيك – مشروع بقيمة 2.5 مليار دولار
أحد أكثر المشاريع البشرية طموحًا أصبحا قريب التحقيق: تعمل شراكة جديدة بين الهند وألمانيا على السيارة الكهربائية "Car Pi"، التي لا تحصل على طاقتها من محطة الشحن، ولكن ببساطة من البيئة – مستقلة تمامًا عن الكهرباء التي تأتي من حرق الوقود الأحفوري.

تأتي هذه الأخبار المثيرة من المؤتمر الدولي حول المواد الإلكترونية متعددة الوظائف والمعالجة (MEMP 2021)، الذي انعقد للتو في الهند. عالم الكمبيوتر د. فيجاي باندورانج بهاتكار ، رئيس جامعة نالاندا في الهند، أعلن رسميًا التوقيع على مذكرة تعاون (MoC) في هذا المؤتمر. تم الاعتراف بـفيجاي باندورانج بهاتكار في جميع أنحاء العالم كمطور لبرنامج الحوسبة عالي الأداء التابع للدولة الهندية ومنشئ الكمبيوتر العملاق PARAM.
حسب المذكرة سوف يتم تأسيس شراكة جديدة بين أحد مراكز البحث والتطوير الرائدة في العالم للمواد الإلكترونية والمركز الهندي C-MET للعلوم ومجموعة نيوترينو للطاقة. طورت الشركة الألمانية الأمريكية ومقرها الذي يقع في برلين تقنية لتحويل الطاقة المحيطة إلى كهرباء بمساعدة مادة مركبة مبتكرة باستخدام الجرافين. يؤكد هولجر ثورستين شوبارت ، الرئيس التنفيذي لمجموعة نيوترينو للطاقة: "يمكن لهذا التحالف الذكي الجديد والفريد أن يطلق عمليات ثورية في مجال توليد الطاقة وتكنولوجيا السيارات".

أكدت C-MET، مركز لمواد التكنولوجيا الإلكترونية مقره في بونه ، تابع لوزارة الإلكترونيات وتكنولوجيا المعلومات (MeitY)، وبالتالي حكومة الهند، ومجموعة نيوترينو للطاقة تحت رعاية ودعم مالي من حكومة الهند وشريك آخرين. انها تخلق الأساس للجمع بين الموارد المالية والفكرية لتطوير Car Pi. تهدف المذكرة إلى التعاون في مجالات علوم المواد، والمواد الإلكترونية، والمواد ثنائية الأبعاد، وإنشاء نقاط كمية لتحويل طاقة النيوترينو وتطوير الأجهزة التطبيقية. وقدرت ميزانية تنفيذ المشروع 2.5 مليار دولار بما يعادل 2.12 مليار يورو.

يجب أن تكون نتيجة العمل المشترك هي السيارة الكهربائية Car Pi ، والتي لا تتطلب كهرباء من محطات الشحن. ستأتي قوة المحرك من مصادر الطاقة المستقلة المدمجة في جسم السيارة الكهربائية وتجمع الطاقة من البيئة. سيتم أيضًا شحن حزمة البطارية الصغيرة، التي تُستخدم لتغطية فترات ذروة الحمل، بهذه الطريقة. يعد هذا النهج المبتكر بحل الاختناقات في التنقل الكهربائي مثل فترات الانتظار الطويلة للشحن أو الحاجة إلى تكثيف توليد الطاقة التقليدية لتلبية احتياجات السيارات الكهربائية، جنبًا إلى جنب مع الزيادة الحتمية في انبعاثات ثاني أكسيد الكربون في الغلاف الجوي. Car Pi هي مركبة كهربائية ذات مصادر تيار مباشر مضمنة، تعتمد على تكنولوجيا النيوترينو فولتيك، حيث يتم توليد التيار الكهربائي تحت تأثير النيوترونات الكونية وغيرها من الإشعاع الكهرومغناطيسي والحراري.

أكد شري سانجاي دوتري ، وزير الدولة للتعليم والاتصالات والإلكترونيات وتكنولوجيا المعلومات في الحكومة الهندية، في MEMP 2021 أن تحالف أفضل العلماء اليوم سيحدث ثورة في قطاع الطاقة العالمي "وبالتأكيد يتمتع بأوسع دعم من الحكومة الهندية". وقال السياسي إن العمل في المشروع المشترك سيساعد في حل مشاكل الطاقة في الدولتين، وتعزيز التفاهم المتبادل بين الشعوب، وتقوية مبدأ التعايش السلمي بين الشعوب. "المواد والمكونات الإلكترونية هم قلب جميع الأجهزة الإلكترونية. المواد هي العمود الفقري لقدرات ووظائف أي جهاز إلكتروني."

أداء المنتجات الإلكترونية يعتمد بشكل مباشر على المكونات المستخدمة. شري سانجاي دوتر قال "لطالما قدمت الهند دعمًا ماليًا كبيرًا للبحث والتطوير في المواد الجديدة، على الرغم من أن تسويق نتائج البحث والتطوير (R & D) يمثل تحديًا: تم تأسيس C-MET في عام 1990 لسد الفجوة بين البحث والتطوير وإنتاج الأجهزة الإلكترونية المهمة يجب إغلاق المواد ". أيضا دكتور. بهارات بانوداس كالي، المؤسس المشارك ومدير مركز مواد التكنولوجيا الإلكترونية (C-MET)، زميل الجمعية الملكية للكيمياء في لندن، هو أحد أعضاء الفريق ويرى توقيع مذكرة الشراكة وبدء التعاون على أنه أهمية خاصة للمجتمع العالمي في مجال الطاقة والمواد. العالم هو أحد الخبراء الرائدين في العالم في مجال الطاقة والمواد. "على الرغم من قاعدة التكنولوجيا التي تم تجربتها واختبارها بالفعل في المختبر، لا يزال هناك طريق طويل لنقطعه قبل أن تكون ال Car Pi أول سيارة على الطريق."

يؤكد هولجر ثورستين شوبارت أن تطوير Car Pi ذاتية الشحن يتطلب مزيدًا من البحث في موثوقية توليد الطاقة في ظل ظروف مختلفة، والسلامة والعديد من المعلمات الأخرى. لذلك سيكون مركز التصميم والتظاهر في فرانكفورت جزءًا مهمًا من المشروع. هولجر ثورستن شوبارت قال ايضا. "يسعدنا أن نسير في هذا المسار مع شريك استراتيجي مهم مثل C-MET، المعروف بأخصاءيها المعترف بهم دوليًا – لطالما بحثت مجموعة نيوترينو للطاقة عن شريك كفء يمكنه التعامل مع مثل هذا المشروع الكبير والمعقد". "يبدو الأمر طموحًا ورائعًا للغاية: تطوير سيارة كهربائية ذاتية الشحن هو بلا شك علامة فارقة جديدة في تاريخ هندسة السيارات، وعلى وجه الخصوص، التنقل الكهربائي."
المؤلفون: كرستين هايس ، كلاوس فيلاند وهايكو شولتز (مجلس النواب الألماني الفيدرالي الصحفي).

معلومات الاتصال
Holger Thorsten Schubart
Phone : +493020924013

يصدر هذا البيان الصحفي من خلال عرب نيوزواير( – وهي وكالة أنباء مع توزيع بيان صحفي على وسائل الإعلام في العالم العربي والشرق الأوسط وشمال أفريقيا

Holger Thorsten Schubart
+49 3020924013
email us here

Source: EIN Presswire

Texas-Based Manufacturer of Mobile Towers Releases the 2.0 Version of Mini Cell on Wheels to Improve Connectivity

Then new 60ft Mini Mobile Tower

Solaris Technologies Services, Texas- Based Mobile Tower Manufacturer

Mini 2.0 Satellite Installation

A Mini But Might Mobile Tower With Improved Safety Features

Building the infrastructure that keeps you connected.”

— Nicole Vuong

DALLAS, TEXAS, UNITED STATES, October 15, 2021 / — Solaris Technologies Services today announced that they have released a new and improved version of their 60ft Mini Cell-on-Wheels Tower. The 2.0 version of their Mini tower included a number of new safety features that have taken this product to the next level of functionality. If you thought our last tower was reliable and tough wait until you hear about these new features. The engineering team at Solaris has taken two years of customer feedback to design and improve upon their mighty but mini mobile tower.

The Mini COW is a versatile 60ft light weight galvanized steel telescoping tower that can be used for a variety of connectivity solutions including extended coverage, Wi-Fi solutions, network expansion, events, surveillance, security, lighting, and more. The infrastructure is currently rated to sustain wind speeds up to 90 mph when guyed. This 60ft mini mobile tower complies with ANSI/EIA/TIA-222-G standards.

“Our customers have been satisfied with our first version of the Mini Cell-on-Wheels, and Solaris is proud to announce a new round of innovation. We took our customers’ feedback into consideration and improved upon the design,” said Evelyn Torres-Gomez, CEO of Solaris Technologies Services. “We added features that will not only make our towers easier to operate, but also ensure that anyone who operates them is as safe as possible.”

Some of the new benefits featured on the Mini Cell-on-Wheels Tower 2.0 design are as follows:

• Remote tower operation
• Kill switch feature
• A new Smittybilt 9,500 winch
• Waterproof IP97 rating
• 6.6 HP series
• Motor covers for weather protection

This new design offers a new level of safety that makes the mini mobile tower easier to operate while surpassing OSHA and ANSI/EIA/TIA-222-G structural standards and requirements to communication structures. The tower is able to be set up in 30 minutes and can support 500 pounds of equipment weight on the mast. Like all of Solaris’ mobile tower line up, the 60 ft unit is agnostic to technology and can be utilized for a variety of connectivity applications. Solaris also offers their customers 24/7 tower support a unique offering for an infrastructure company.

The Mini Mobile Tower 2.0 design is available to rent or purchase now from Solaris Technologies Services. For more information on the Mini 2.0 solution talk to our sales team or visit:

About Solaris Technologies Services: Solaris Technologies Services is the leading Texas-based manufacturer of high-capacity hot-dipped galvanized mobile towers. Their passion is fueled by their award-winning team who believes in keeping people connected safely with superiorly designed cell phone towers. They have worked with industry-leading clients such as the U.S. Navy, AT&T, Verizon, and T-Mobile to provide cell phone towers that keep people connected.

Nicole Vuong
Solaris Technologies Services
+1 972-721-0150
Visit us on social media:

Solaris Mobile Towers Video

Source: EIN Presswire

CiRN begins swapping, trading, on UNISWAP, Saskatchewan Uranium and Quebec Uranium Deposits and Iron Deposits

CiRN begins trading, swapping on UNISWAP, Uranium radioactivity to electricity


VANCOUVER, BRITISH COLUMBIA, CANADA, October 15, 2021 / — CiRN under the coin symbol CiRN has commenced swapping, trading on UNISWAP, the contract address is , the organization website is .

CiRN owns 100% interest in three (3) huge historically discovered and published Quebec Uranium deposits near population centers. Quebec currently has a moratorium on Uranium exploration and development, however CiRN is pursuing technology to use the in-situ Uranium resource by implementing known technology to absorb the energy emitted from Uranium and convert to electricity under several processes which will be evaluated. Several academic papers by different worldwide institutions have reported on radioactivity to electricity, by gold nanomaterials absorption of radioactivity with electricity produced, another academic paper showed gamma ray absorption by Si solar panels with electricity produced. Another area of evaluation will be utilizing a combination of the two concepts with nanobot technology, Nanobot technology has been implemented and used in the medical field but the same process modified to absorb radioactivity should be feasible. Nanomaterial is 1 billionth of a meter in size, a square meter would hold 1 billion squared of nanomaterial and 1 cubic meter of nanomaterial would be 1 billion cubed. The largest deposit, Doran (Lacana) is reported at 727 meters long by 15 meters wide.

The Quebec Uranium Deposits are the Doran (Lacana) with published probable resources of 10,890,000 tonnes and a grade of 0.025% U3O8, the Capri and Capri 2, with published probable resources of 900,000 and 1,000,000 tonnes and grades ranging from 0.021% to 0.05%.

Uranium energy value comparisons to other energy sources as reported by EURONUCLEAR.ORG, are, 1 kg of Uranium produces 24,000,000 kWh, 1 kg of mineral oil 12kWh and 1 kg of coal produces 8 kWh.

The CiRN owned Uranium deposits dissipate energy every day with Uranium half life of 4.5 Billion years. CiRN will work to implement current technology to absorb this dissipation and create electricity. A grade of 0.025% would equate to the following using the above mentioned energy ratios, 0.00025 (being the grade of 0.025%) x 24,000,000 kWh, equal to 6,000 kWh for 1 kg of the current grade materialm however, there are 10,890,000 tonnes of probable material, equal to 10,890,000 tonnes x 1000 kg per tonne, which is 10,890,000,000 kg of material x 6000 kWh which is 65,340,000,000,000 kWh of energy dissipated continuously from the in-situ resource for the duration of the Uranium 1/2 life of 4.5 billion years. The CiRN approach to a long term electricity source will be good for long term sustainability of Earth.

The CiRN has not conducted any drilling to re-examine the historical reporting and the figures used that are historical in nature and, under the Canada's 43-101 National Instrument, these historic reporting should not be relied upon as the Government of Quebec information is based on historical work pre-43-101 National Instrument implementation, and the information supplied is for information purposes.

CiRN also owns 100% of seventeen (17) historically reported Uranium discoveries located in Saskatchewan on the upper Athabasca Basin. All seventeen occurrences occur in separate areas, in three cluster areas, and are situated west of URANIUM CITY, Saskatchewan.

Highlights are two areas with reported 5+% Uranium assays from grab samples, another occurrence in a different area with reported surface area returning 15,000 cps Uranium, another occurrence in a different area reporting 5,000 cps Uranium, several of the occurrences were drill tested and reported short intervals upto 0.93% U3O8.

CiRN contemplates that if nanobot technology is successfully deployed, then any radioactivity can be absorbed by billions of nanobots for the duration of the 1/2 life of Uranium, being 4.5 billion years. The nanobots themselves could be several meters high hovering over the Uranium deposits, occurrences, the amount of nanobots could be exponentially large number if 1 billion can fit in 1 meter and multi meters height can be acheived.

CiRN also owns three (3) Quebec Iron deposits near tide water in Northern Quebec, one has a proven resource reported under National Instrument 43-101 of 114,245,000, as per the following published information Les ressources mesurées et indiquées sont estimées à 244,921 Mt à 32,5 % Fe (Mesurées : 115,150 Mt à 32,7 % Fe, Indiquées : 129,771 Mt à 32,5 % Fe) et les ressources présumées sont estimées à 9,424 Mt à 33,5 % Fe calculées à une teneur de coupure de 25 % Fe. Les réserves prouvées et probables sont estimées à 239,750 Mt à 32,6 % Fe (Prouvées : 114,245 Mt à 32,8 % Fe, Probables : 125,505 Mt à 32,5 % Fe. (19 septembre 2012) (Rapport technique NI 43-101 déposé sur SEDAR le 2 novembre 2012). Les réserves prouvées sont évaluées à 60200000 tonnes longues titrant 35,9 % Fe (GM 32134). A second Iron deposit with reported probable resource of 101,600,000 tonnes at grade of 36% Iron, and an historic iron mine that produced 265,000,000 tonnes of Iron ore. The Mary River mine being mined by Arcelor Mittal partnership is located a further 2,000km in Nunavut, and the one title covering Quebec is a Nunavut issued title that encompasses Federal Government of Canada lands.

CiRN working to developing the iron for iron flow batteries and for EV production, with TESLA MOTORS (Q-TSLA) announcing that Lithium iron Phosphate batteries will be used in cybertruk and semi truck production and are currently the batteries used in the TESLA MOTORS China gigafactory production of EV's.

CiRN paid 500 billion CiRN for the Iron deposits and 1 Trillion CiRN for the Uranium deposits and occurrences and proprietary technology, and completed ICO of 1 Trillion CiRN for a total 2.5 Trilion Cirn issued, with a minting feature to be implemented that will mint a further 1 Trillion CiRN with minters having to own at least 10,000,000 CiRN to mint.

CiRN Absorbing Earths Energy to Power.

Visit for further information, and contact CiRN if you have nanomaterial technology or nanobot technology to implement absorption of radioactivity dissipation with conversion to electricity, let's work together for unobtrusive and unintrusive sustainable energy.

Marino Specogna

Source: EIN Presswire

Energy Storage Battery For Microgrids Market Size Worth USD 498.7 Million by 2028 – Reports and Data

Reports And Data

Reports And Data

The major contributing factor for the growth of the market for Energy Storage Battery For Microgrids can be increasing need for sustainable resources of energy

NEW YORK, NY, UNITED STATES, October 15, 2021 / — The Energy Storage Battery for Microgrids market is expected to grow from USD 238.5 Million in 2020 to USD 498.7 Million by 2028, at a CAGR of 9.72% during the forecast period. Introduction of sustainable energy fuels, thus, replacing natural gas or diesel fuels with renewable fuels, such as solar PV and wind, into microgrids, reducing the fuel consumption, rising demand of energy storage products for residential use, increasing need for convergence of the energy storage and microgrid technology markets, since they constitute an advanced battery for grid-tied and remote microgrid applications and rising prices of electricity, giving a path to the growth of battery-based energy storage systems for microgrids are some of the driving factors of the market.

Lack of universal acceptance and high deployment costs may restrain the growth of the Energy Storage Battery for Microgrids market.

The report offers an extensive database for technological developments and product advancements and insights into growth rate and market value. The report offers a comprehensive assessment of market in terms of market size, market share, market value, revenue growth, and overall industry overview. The study also offers a comprehensive outlook for the driving and restraining factors along with micro and macro-economic factors expected to affect the growth of the industry.

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Key players with in Energy Storage Battery for Microgrids market are NGK Group, Samsung SDI, NEC, Panasonic, MHI, Toshiba, S&C Electric, Beacon Power, CALMAC, Saft, Sumitomo Electric, EnSync, Eos Energy Storage, OutBack Power, Younicos, BYD, CALB, ATL, Rongke Power, Shen-li High Tech, Meineng, Chilwee, Narada, among others.

Further key findings from the report suggest

• The Energy Storage Battery for Microgrids market is segmented by type into sodium-sulfur battery, VRLA lead acid, lithium-ion and others. The Lithium-ion batteries are expected to witness highest growth of approx. CAGR of 10.92% during the forecast period, since they are reliable, durable, light weight, highly efficient in terms of charge/discharge, as well as provides high energy and power density in terms of volume, and requires low maintenance needs.
• The Energy Storage Battery for Microgrids market is segmented by application into household or residential, enterprise and utility. Utilities segment is expected to witness highest growth of CAGR 10.07% during the forecast period, since the segments suffers a lot of voltage and frequency deviations, which causes power fluctuations, damaging the equipment. To recover this issue, the utilities accommodate battery energy storage systems with the microgrids, which is also a cost-effective alternative to the conventional infrastructure.
• The Energy Storage Battery for Microgrids Market is segmented by Geography into North, America, Europe, Asia Pacific, Middle East & Africa and Latin America. APAC is expected to have the highest growth in the market, with a CAGR of 15.65% during the forecast period, due to the growth of Japan. Japanese government is heavily investing on battery storage industry, some of the leading players being Hitachi, GS Yuasa, NEC, Panasonic and Mitsubishi. The region alone is expected to hold >50% of the global battery storage market by 2020.

Market Overview:

Power and energy industry comprises of key companies operating in fuel, petroleum, natural gas, and nuclear power markets. Constant production of energy and power is imperative for country’s economic growth. It also covers exploration and production of oil and gas reserves, oil and gas drilling, and refining industries. Power and energy sector is one of the most diversified sector across the globe. Rapid industrialization and urbanization has increased the dependency on power and energy and industries today consume large amounts of fuel making energy industry a crucial element of today’s industrial infrastructure.

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For the purpose of this report, the market has been segmented on the basis of type, applications, and regional analysis.

Energy Storage Battery for Microgrids Market by type (Revenue, USD Million; 2018-2028)

• Sodium-sulfur battery
• VRLA Lead Acid
• Lithium-ion
• Others

Energy Storage Battery for Microgrids Market by applications (Revenue, USD Million; 2018-2028)

• Household or residential
• Enterprise
• Utility

Regional Analysis Covers:

North America (U.S.A., Canada, Mexico)

Europe (U.K., Italy, Germany, France, Rest of Europe)

Asia Pacific (India, Japan, China, South Korea, Australia, Rest of APAC)

Latin America (Chile, Brazil, Argentina, Rest of Latin America)

Middle East & Africa (Saudi Arabia, U.A.E., South Africa, Rest of MEA)

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Source: EIN Presswire