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the-eternal-quest-for-balance · 5 months ago

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Military Families Forced to New PCS Contract Amid Diminishing Self Move Rates

The PCS Process is heading for catastrophic disaster, and eventually its own congressional hearing.

The government spent $20 Billion on a contract to single source (privatize) the PCS process. HomeSafe Alliance (a consortium between KBR and Tier One Relocation), was awarded this contract in 2022. The 9 month transition period was to start in January 2023, with domestic moves beginning in September 2023. Due to HomeSafe not having the technology working the 9 month transition was stretched to 18 months.

In April 2024 HomeSafe began servicing shipments for local moves. In September 2024 they started their first interstate moves with plans for them to service 100% of domestic moves by May 2025 which is approximately 150,000 shipments. International shipments are planned to start transition in September 2025.

The issues with HomeSafe started in August 2024 when they released their rate calculator to the moving industry. The rates offered were 30-40% less than what they would be paid in the current program. When companies ran the numbers many found that they would end up losing money on the shipments.

Many companies, including all the major van lines have said no to doing any work under the contract with the current rates. HomeSafe has stated the rates/contract is non negotiable and has not budged.

To date, as of January 13, 2025 HomeSafe has only completed 607 deliveries in the 10 months they have been active.

Since the end of December I have been connected with families daily about their experiences of moving under HomeSafe Alliance. The issues and problems are usually ones that we do not see until June, and it’s only January.

These issues range from:

Poor communication - families are struggling to get a hold of anyone at the company to get information about their move. Pre move surveys that are required are not even done on the confirmed days.

Delayed packing- families are experiencing their CONFIRMED packing days come without a company showing up. When they finally get a hold of someone they are told they have until 5pm to show up. The following day when they get a hold of someone they are told there was never a company secured for the work.

Delayed pick ups- since packing is delayed the domino effect of pick ups being late happens too. We are even seeing pickups being done by non equipped trucks (no ramps, no dolly’s, no furniture pads, nothings).

Delayed deliveries- Families are waiting up to 2+ weeks for their household goods to be delivered after the required delivery date. Many times at the time of delivery the shipment is still located at the origin location because HomeSafe cannot find a company willing to move it across country.

If they cannot get shipments moved in January during non peak season, then how will they handle the 5,000+ shipments a week in peak season?

Additionally, we have seen the services abandon military families with any help and assistance in navigating these issues. Families are told ��it’s a HomeSafe shipment, we can’t do anything. You’ll have to wait on them.”

Military families, left to figure out the issues with no help from the government that awarded this contract thinking it would make all the problems go away.

But the issues do not stop there.

Doing a PPM (personally procured move, formally the DITY) is going to get more difficult to do. HomeSafe Alliance is the one setting the PPM rates, and we are seeing the rates be 40-50% less than what families would get in the current program.

This isn’t just about “making money” on a PPM. It’s about having an incentive amount that actually covers expenses.

12,000 pounds for 564 miles at $4,500

9,000 pounds for 1,313 miles for $8,000

6,600 pounds for 2,365 miles for $7,300

The amount being paid is not enough to cover the expense of a pod, or UPack ABF trailer or even a full service moving company. Even if it covers the cost of a rental truck, once you add in the fuel, boxes, paper, tape, and other supplies the amount doesn’t cover it.

It’s a way to financially force families into using a program that is not tested and filled with issues.

Many families will still choose to move themselves as a way to have a peace of mind of their items being taken care of, and to have things picked up and delivered on time. In doing so, families will accrue a large amount of debt. This added debt is going to have a longer and larger impact.

Now that a family has had to deplete their savings or take added debt on a credit card, they may be choosing to live in a smaller and cheaper home to fit their finances. They may be choosing a cheaper home in an unsafe area. They may be forgoing the spouse having a job due to not being able to cover child care expenses. They may be choosing how to pay their housing deposits, utility deposits and if they can afford to restock their pantry and feed their family.

It’s not about “making money”, it’s about covering expenses to not financially drain and ruin military families.

This is only the beginning of the issues we will see. As we lean further into peak season and see more shipments getting stuck in the process, it will only continue to highlight the failures of HomeSafe and that of Transcom.

I encourage every family to reach out to their congressional representatives and let them know the issues and how it is impact you and our community.

The PCS Process is heading for catastrophic disaster, and eventually its own congressional hearing.

And military families are the victim.

The petition: https://www.change.org/.../military-families-forced-to...

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kennak · 1 year ago

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[FDA]シナモンに含まれる安全でないレベルの鉛に対処するためにFDAが講じている措置についての対話 A Conversation with FDA on Steps the Agency is Taking to Address Unsafe Levels of Lead Found in Cinnamon https://www.fda.gov/food/conversations-experts-food-topics/conversation-fda-steps-agency-taking-address-unsafe-levels-lead-found-cinnamon 2024年3月6日、FDAは、ある種のシナモン粉末製品から高濃度の鉛が検出されたため、これらの製品を買ったり食べたりしないよう消費者に勧告する安全警告を発表した。この注意喚起は、FDAがディスカウント小売店のシナモン粉末製品を対象とした鉛のターゲット分析調査及びラボラトリーフレキシブルファンディングモデル協力協定（LFFM）に基づく各州による追加検査を実施したことを受けたものである。FDAは、2023年10月にシナモンアップルピューレとアップルソース製品の自主回収を行ったが、その際、シナモン中の鉛の存在を評価するためにこの検査を開始した。これは、これらの製品に含まれるシナモンに関連した高濃度の鉛が子供たちの鉛中毒の原因となったためである。 FDAは小売店から75の検体を収集して検査し、メリーランド州保健局とミズーリ州保健局はLFFMの下で追加分析を行った。これらの検査結果に基づき、FDAは安全警告を発出し、高濃度の鉛を含む6ブランドのシナモンを代表とする製品の自主回収を勧告した。これらの製品に関連する疾病や有害事象は報告されておらず、検出された鉛のレベルは、2023年10月のリコールに関連するアップルソースパウチに使用されたシナモンから検出されたレベルよりもかなり低いことに留意することが重要である。しかし、私たちは、消費者が耳にしているニュースに懸念を抱いているだろうことは理解している。 FDAの食品安全・応用栄養センター（CFSAN）の規制担当副センター長代理であるConrad Choiniere博士が、消費者の質問に答え、米国市場におけるシナモンやその他のスパイスの安全性を高めるためにFDAが行っていることを説明している。消費者はパントリーにあるシナモンを気にする必要があるか？私たちも同じことを知りたいと思い、このテストを開始した。その結果、安全警告に記載されている特定の製品について、購入や使用を控えるよう勧告する結果となった。家にあるその他のシナモンについては、現時点では安全性に懸念があるという証拠はない。私たちの考えを変えるような新しい情報が見つかった場合は、助言を更新し公表する。これらのシナモン製品を使用していた消費者は、鉛中毒症状を経験するか？鉛への暴露は、体格、体重、年齢、鉛の吸収を防ぐことができる食事中の栄養素、摂取した鉛の量など、様々な要因によって、個人に異なる影響を与える可能性がある。私たちは、例えば妊娠中の発育を含む、幼児やすでに血中鉛濃度が上昇している人々など、最も脆弱である可能性のある人々を考慮して、公衆衛生保護アプローチを用いている。FDAの評価によると、鉛の濃度が上昇していることが判明したこれらの特定のシナモン製品に長期的、継続的に暴露されると、健康への有害影響につながる可能性がある。あなた又はあなたの家族の誰かが、安全警告に記載されているシナモンを摂取した、又は高濃度の鉛への暴露の可能性について懸念する何らかの理由がある場合は、医療機関に連絡することを勧める。鉛の体内吸収を減らすために、消費者ができることはあるか？米国人のための食生活ガイドラインで推奨されているような、多様で栄養価の高い食事は、鉛への暴露による健康への有害影響を防ぐのに役立つ。鉄、亜鉛、カルシウムのような必須栄養素を食事から摂取することは重要である。他の多くの重要な利点の中でも、鉛が体内に吸収される量を減少させ、体内に十分な栄養素が蓄積されていることは、鉛が有害な影響を及ぼすのを防ぐのに役立つ。FDAは、十分な食品のバラエティを得るために、野菜、果物、穀物、乳製品、タンパク質食品という5つの食品グループから多くの異なる食品を食べること、そして同じ食品を食べる頻度を交互に変えることを消費者に推奨している。これらの製品はどのようにして汚染されたのか？ FDAは、これらの製品がどのようにして鉛に汚染されたのかを把握していない。鉛は、食品が栽培、飼育、加工される環境から食品供給源に入る可能性がある。環境中の鉛のレベルは、地理的な違いや現在又は過去に鉛で製造された製品が使用された場所への近さによって異なる可能性がある。しかし、鉛は、鉛を含む非食品グレードの機器の使用など、加工や製造を通じて食品に混入する可能性もある。FDAは、これらの製品がどのように汚染されたかをさらに調査するため、企業と協力する予定である。この警告とリコールは、昨年の秋のシナモンアップルピューレとアップルソース製品のリコールとどのような関係があるか？ FDAは、昨年の秋のシナモンアップルピューレとアップルソース製品のリコールとその関連調査を受けて、小売レベルでのシナモンのサンプリングを開始した。その結果わかったことは、安全警告に記載され、今回のリコールに関連するシナモン粉末に含まれる鉛のレベルは、リコールされたアップルピューレ及びアップルソース製品に含まれるシナモンに関連する鉛のレベルよりも約2,000 ppm～5,000 ppm低いことである。私たちが小売店で収集したシナモン粉末中の鉛レベルは2～3.4 ppmであったのに対し、リコールされたアップルピューレとアップルソース製品に含まれるシナモンは2,270 ppm～5,110 ppmであった。そのため、安全警告ではこれらの製品に懸念を示しているが、アップルピューレやアップルソース製品に含まれるシナモンと同レベルのヒトへのリスクはない。このリコールは、FDAのCloser to Zero（ゼロに近づける）イニシアチブとどのような関係があるのか？私たちのCloser to Zeroイニシアチブは、特に乳幼児がよく口にする食品から、鉛のような汚染物質への食事からの暴露を可能な限り減らすことを目的としている。安全警告に記載されているシナモン粉末は、幼児を直接対象とした食品ではないかもしれないが、��くの親が幼児向けにシナモンを使った食品を調理している可能性があることは理解している。一般的に子どもは鉛暴露の影響を受けやすいため、FDAは業界と協力し、汚染による鉛暴露を防止するための対策を講じようとしている。 FDAの次のステップは？私たちは、安全でない製品を市場から排除し、汚染源をさらに調査するために、製造業者、流通業者、小売業者と引き続き協力している。また、米国内のすべてのシナモン製造業者、加工業者、流通業者、施設運営者に対し、シナモン粉末製品を含め、食品中の潜在的な化学物質によるハザードからの汚染を防止するための管理を実施することが義務付けられていることを喚起する書簡を送付した。 FDAは有害元素監視プログラムを継続しており、これには米国で販売されるスパイスを含む様々な食品の検査が含まれる。過去に実施し、現在も継続している輸入時のサンプリングにより、鉛の濃度が高いシナモンが米国の商取引に入るのを防いでいるが、私たちのすべての監視活動と同様に、これらの監視プログラムは輸入される商品のごく一部を評価するにすぎない。最終的には、米国市場に入る製品の安全性を確保するのは、製造業者と輸入業者の責任である。 FDAはまた、スパイス業界と協力して、スパイス業界が製品の安全性を確保するために十分な情報を得た上で意思決定ができるよう、今回の調査結果についての認識を提供したいと考えている。FDAは、これらの知見をフォローアップするとともに、安全でないシナモンが米国の消費者に届くのを防ぐため、輸入スパイスに関する監視活動を継続し、必要な場合には輸入警告に企業や製品を��加する。 FDAは、最終製品にシナモンを使用している施設に対し、FDAのヒト用食品に関する予防的管理規則の遵守を確認するための追加検査を検討している。FDAはまた、FDAの食品輸入業者の外国供給者検証プログラム（Foreign Supplier Verification Program for Food Importers：FSVP）規制の対象となる輸入業者の検査を実施する際に、鉛を含む化学汚染物質にさらに焦点を当てることを検討している。FSVP規制は、輸入業者に対し、食品が適用されるFDA食品安全規制を遵守して生産されていることを適切に保証するFSVPを作成し、維持し、それに従うことを求めている。鉛のアクションレベルがあれば、このような事態は避けられたのか？アクションレベルは、FDAがその食品を異物混入（adulterated）とみなす可能性のある食品中の汚染物質のレベルを、業界に向けて明確にするものである。しかしFDAは、鉛のように汚染物質の濃度が安全でない場合、行動を起こすのにアクションレベルやガイダンスは必要ない。製造する食品の安全性を確保するために必要な措置を講じることは業界の責任である。だから、これらの製品から検出された高濃度の鉛が、アクションレベルによって完全に防げたとは思わない。しかし、これらの製品が市場に出回るのを防ぐのに役立った可能性があるのは、最終製品の検査である。現在、連邦法は業界に対し、原材料や最終製品の汚染物質検査を明確に義務づけていない。大統領の2024年度予算案の一部として、我々は議会に対し、連邦食品・医薬品・化粧品法を改正し、業界が最終製品（乳幼児が摂取するために販売されるものを含む）の汚染物質検査を実施し、FDAによる査察用に検査結果を保持し、FDAに検査結果へのリモートアクセスを提供する要件を追加するよう要請した。これらの新しい権限は、FDAが食品中の汚染物質のレベルを理解するのに役立ち、FDAが時間の経過とともにレベルの低減における業界の進捗状況を監視し、FDAがより多くの時間とリソースを割くべき場所を特定することを可能にする。このような状況において、業界にはどのような責任があるか？鉛が食品に混入するのを完全に防ぐことは不可能であるが、鉛を含む食品については、農法や製造方法の変更により、その濃度を下げることは可能であろう。法律により、食品製造業者には、必要に応じて化学物質のハザードを大幅に低減又は防止する責任がある。　さらに、輸入業者には、米国に輸入する製品の安全性を確保する重要な責任がある。FDAの食品安全強化法（FSMA）の下、FSVPプログラムは、製品を輸入する製造業者が適用される食品安全要件に従っていることを確認するという輸入業者に対する新たな責任を導入した。

2024-03-18 - 食品安全情報blog2

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yisanged · 2 years ago

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today was my first ever science olympiad tournament :) i thought i wouldn't do very well but i didn't do bad at all and i had a lot of fun. they gave awards for top 8 (out of 45 teams participating) for each event and i got within top 8 for all my events!! even detector which i don't do normally and was only subbing in for because there was also a huge speech and debate meet today and like 1/3 of our team was gone for it. and i literally set up the detector program wrong and it didn't work properly and gave me the same reading of 42 ppm salinity and red leds for each water sample. that was wrong as fuck but this tournament was so early in the year that a bunch of teams didn't even have a detector at all much less a really well built one that meets all the parameters and stuff like my team did so my dumb ass and the freshman who also has never done detector managed to place anyways. our school is hella good at builds it's crazy. anyways i got 8th for that even though i really didn't deserve it but i actually worked pretty hard for my other two which were normal not sub ins. i put a lot of love into my geo mapping binder even though it was kind of shit in the end anyways but i still got 7/45 with it. i placed better than basically the equivalent to the varsity team for our school anyways. and then forestry we got 5th place which is crazyyy and again the basically varsity team got 10th. that was less me and more my partner though i barely did anything prepping for the event because i was so focused on geo mapping it was my partner who's really into trees and has even been listening to a tree podcast and identifying trees she sees outside randomly just for practice. but we did really good and i'm very happy about this

#the fact that i placed 7 out of 45 for geo mapping even though my test score was literally 42/165 is crazy lmao.....#like they told me most people fail the tests but i did not think it was this bad. well i still did good comparatively so yaysies #also i think i could've gotten more points. my partner was a sub in who doesn't know anything about earth science or maps so it was #kind of rough for her i asked her to do stuff she could fill out by looking at the binder but she just copied blindly and we missed #a few points we could've earned for that. not blaming her though the binder was never that great to begin with..... we'll make it better

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push-profit · 1 day ago

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Boost Your Productivity with PPM-33889737

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1. **Strategic Alignment**: PPM ensures that projects are aligned with the organization's strategic goals and objectives, helping companies focus on projects that drive business value.

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semiconductorlogs · 3 days ago

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Silver Nanosheets Market: Objectives and Regional Share Outlook, 2025–2032

MARKET INSIGHTS

The global Silver Nanosheets Market size was valued at US$ 89 million in 2024 and is projected to reach US$ 167 million by 2032, at a CAGR of 9.4% during the forecast period 2025-2032. While North America currently dominates with 38% market share, Asia-Pacific is expected to witness the fastest growth owing to expanding electronics manufacturing.

Silver nanosheets are ultra-thin two-dimensional structures typically ranging from 1-100 nanometers in thickness, exhibiting unique optical, electrical, and thermal properties. These advanced materials find applications across multiple industries including electronics (conductive inks), healthcare (antimicrobial coatings), and energy (catalysis). The 25nm segment currently holds 62% market share due to optimal performance in flexible electronics applications.

Market growth is driven by increasing demand for miniaturized electronic components and sustainable materials. However, high production costs remain a challenge. Key players like 3M and BASF are investing in scalable manufacturing processes, while startups like XFNANO are innovating in low-cost synthesis methods. Recent developments include Saint-Gobain’s 2023 launch of enhanced conductivity nanosheets for wearable technology applications.

MARKET DYNAMICS

MARKET DRIVERS

Expanding Applications in Flexible Electronics to Fuel Silver Nanosheets Demand

The proliferation of flexible electronics across wearables, foldable displays, and IoT devices is creating unprecedented demand for silver nanosheets. Their exceptional conductivity, bendability, and transparency make them ideal for next-generation electronic components. With the global flexible electronics market projected to exceed $87 billion by 2030, the cascading effect on silver nanosheet adoption is significant. Recent advancements include their integration in ultra-thin touch sensors and flexible OLED displays where traditional materials fail to meet performance requirements. Leading manufacturers are scaling production capabilities to meet this surging demand across consumer electronics and medical wearables.

Breakthroughs in Antibacterial Coatings Accelerate Market Growth

Silver nanosheets are revolutionizing antimicrobial applications due to their enhanced surface area and controlled ion release properties. Healthcare facilities are increasingly adopting silver nanosheet-infused coatings for surgical equipment and high-touch surfaces, with demonstrated effectiveness against resistant strains. The global antimicrobial coatings market exceeding $7 billion annually underscores the substantial opportunity. Furthermore, ongoing R&D has proven their efficacy in water purification systems, where nanosheets demonstrate 99.9% bacterial elimination at concentrations below 10 ppm. This dual functionality in healthcare and environmental applications positions silver nanosheets as a critical component in infection control strategies worldwide.

Government Investments in Nanotechnology Infrastructure Create Favorable Ecosystem

Strategic national initiatives are significantly bolstering the silver nanosheets market. Over 60 countries have established dedicated nanotechnology development programs with collective annual funding surpassing $10 billion. These programs facilitate cross-industry collaboration and accelerate commercialization timelines. Particularly in Asia-Pacific, government-backed nano-industrial parks provide shared fabrication facilities that reduce entry barriers for SMEs. Simultaneously, defense sectors globally are investing heavily in nanosheet applications for lightweight armor and electromagnetic shielding, with projected CAGR exceeding 28% in military applications through 2030.

MARKET RESTRAINTS

Processing Complexity and Yield Limitations Impede Commercial Scaling

Despite promising applications, silver nanosheet manufacturing faces significant technical hurdles. Current production methods struggle with thickness uniformity below 30nm, with defect rates exceeding 15% in batch processes. The plasma-assisted reduction techniques required for high-purity nanosheets demand specialized equipment costing over $2 million per production line. Additionally, post-processing requirements including surface functionalization add approximately 40% to total production costs. These factors collectively constrain mass-market adoption, particularly in price-sensitive segments where alternatives like carbon nanotubes offer more predictable performance.

Regulatory Uncertainties Surrounding Nanoparticle Safety Slow Market Penetration

Evolving regulatory frameworks present formidable challenges for silver nanosheet commercialization. Classification discrepancies between regions create compliance complexities – while some jurisdictions regulate nanosheets as novel materials, others treat them as conventional silver products. The environmental persistence of silver nanoparticles has triggered rigorous ecotoxicity assessments, with complete lifecycle analysis now required in major markets. Recent restrictions on silver nanoparticle concentrations in consumer products to <100 ppm in the EU illustrate the shifting regulatory landscape that manufacturers must navigate. These uncertainties delay product launches and increase compliance costs by an estimated 25-30% compared to non-nano alternatives.

MARKET OPPORTUNITIES

Emerging Photonics Applications Open New Revenue Streams

The unique plasmonic properties of silver nanosheets are unlocking transformative opportunities in photonics. Advanced research demonstrates their potential in ultra-compact optical computing architectures, where nanosheet-based waveguides achieve 90% light confinement efficiency at nanometer scales. Photovoltaic applications show particular promise, with nanosheet-enhanced perovskite solar cells achieving 31.2% conversion efficiency in lab conditions compared to conventional cells. Growing investment in quantum dot displays and LiDAR systems further expands the addressable market, projected to reach $3.8 billion for nanosheet photonic components by 2028.

Sustainable Manufacturing Innovations Reduce Cost Barriers

Breakthroughs in green synthesis methods are dramatically improving the economic viability of silver nanosheets. Novel bio-reduction techniques using plant extracts have slashed production energy requirements by 70% while maintaining sub-5nm thickness consistency. Closed-loop recovery systems now achieve 92% silver reclamation rates from waste streams, addressing both cost and environmental concerns. These advancements coincide with growing ESG investment in nanotechnology, with venture capital funding for sustainable nano-manufacturing exceeding $1.2 billion annually. Early adopters of these methods gain competitive advantage in markets prioritizing both performance and sustainability.

MARKET CHALLENGES

Material Stability Issues Under Operational Conditions Pose Reliability Concerns

Practical deployment of silver nanosheets faces significant durability challenges. Accelerated aging tests reveal substantial conductivity degradation (>40%) in high-humidity environments due to sulfidation and oxidation. Thermal cycling in flexible electronics applications causes nanosheet detachment and cracking after just 5,000 bending cycles. These limitations necessitate expensive encapsulation solutions that add 15-20% to component costs. While coating technologies are improving, achieving military-grade reliability (MIL-STD-810) remains elusive for most commercial nanosheet formulations, restricting adoption in mission-critical applications.

Intellectual Property Fragmentation Creates Development Bottlenecks

The silver nanosheets sector suffers from highly fragmented IP landscapes, with over 2,300 active patents covering various synthesis methods and applications. This thicket of overlapping claims forces manufacturers to navigate complex licensing agreements and potential infringement risks. Recent litigation cases have demonstrated settlement costs exceeding $25 million, highlighting the business risks involved. Furthermore, academic-commercial transfer challenges persist, with approximately 60% of university-held patents lacking clear commercialization pathways. This IP complexity discourages ecosystem collaboration and slows industry-wide standardization efforts.

SILVER NANOSHEETS MARKET TRENDS

Expanding Application in Flexible Electronics to Drive Market Demand

The global silver nanosheets market is experiencing significant momentum due to their increasing adoption in flexible electronics, particularly in next-generation displays, wearables, and IoT devices. The unique properties of silver nanosheets—such as high electrical conductivity, flexibility, and transparency—make them ideal for applications like stretchable circuits and transparent conductive films. Recent innovations in roll-to-roll printing technologies have further optimized their integration into cost-effective manufacturing processes. The market is expected to witness an accelerated growth rate, supported by increasing investments in R&D and the push for lightweight, high-performance materials in consumer electronics.

Other Trends

Advancements in Biomedical Applications

Silver nanosheets are gaining traction in the biomedical field due to their antimicrobial properties and biocompatibility. Their use in wound dressings, drug delivery systems, and diagnostic imaging is expanding, driven by rising demand for advanced healthcare solutions. Recent studies highlight their efficacy in preventing infections and promoting tissue regeneration, pushing pharmaceutical companies to explore further applications. With increasing healthcare expenditure and an aging population, demand for innovative nanomaterials in medical applications is projected to rise substantially in the coming years.

Sustainability Efforts and Green Nanotechnology

The shift toward sustainable manufacturing practices is influencing the silver nanosheets market, prompting manufacturers to adopt eco-friendly synthesis methods. Researchers are focusing on bio-based reducing agents to minimize environmental impact while maintaining high production efficiency. Regulatory incentives for green nanotechnology, particularly in Europe and North America, are accelerating this transition. These developments not only reduce operational costs but also align with broader corporate sustainability goals, making silver nanosheets increasingly attractive for environmentally conscious industries.

COMPETITIVE LANDSCAPE

Key Industry Players

Leading Players Invest in Nanoscale Innovation to Capture Market Growth

The global silver nanosheets market features a dynamic competitive landscape with both established material science giants and specialized nanotechnology firms vying for market share. Nanostructured & Amorphous Materials, Inc. has emerged as a key player, leveraging its extensive expertise in nano-material fabrication and strong distribution networks across North America and Asia-Pacific.

American Elements and BASF have maintained significant market positions through their diversified product portfolios and continuous investments in research & development. These companies are actively expanding their silver nanosheet production capacities to meet growing demand from electronics and optical applications.

While the market remains competitive, differentiation comes through proprietary synthesis methods and application-specific formulations. Several manufacturers are focusing on high-purity silver nanosheets below 30nm for specialized electrochemical applications, creating niche competitive advantages.

Meanwhile, 3M and Saint-Gobain are strengthening their positions through strategic partnerships with research institutions and targeted acquisitions of smaller nanotechnology firms. This allows them to combine fundamental research capabilities with industrial-scale manufacturing expertise.

List of Prominent Silver Nanosheet Manufacturers

Nanostructured & Amorphous Materials, Inc. (U.S.)

Times Nano (China)

3M (U.S.)

Saint-Gobain (France)

XFNANO (China)

American Elements (U.S.)

BASF (Germany)

Applied Nanotech (U.S.)

2D Materials (Singapore)

Mogreat Technologies Co.,Ltd. (China)

The competitive intensity is expected to increase as more companies recognize the potential of silver nanosheets in advanced applications like flexible electronics and plasmonic devices. Market leaders are focusing on quality consistency and scalability to maintain their positions, while emerging players compete through cost-effective manufacturing solutions.

Segment Analysis:

By Type

25nm Nanosheets Dominate Due to Enhanced Conductive Properties in Electronic Applications

The market is segmented based on type into:

25nm

30nm

By Application

Electrochemical Field Segment Leads Owing to Rising Demand for Energy Storage Solutions

The market is segmented based on application into:

Electrochemical field

Subtypes: Conductive inks, Energy storage devices, Sensors

Optics

Subtypes: Transparent conductive films, Anti-reflective coatings

By End User

Electronics Industry Dominates Market Share Due to High Demand for Miniaturized Components

The market is segmented based on end user into:

Electronics industry

Energy sector

Healthcare

Automotive

Others

Regional Analysis: Silver Nanosheets Market

North America The North American silver nanosheets market is characterized by robust research investments and early adoption of nanotechnology across healthcare and electronics sectors. With the U.S. accounting for over 40% of regional demand, growth is propelled by National Nanotechnology Initiative funding exceeding $1.5 billion annually. Major corporations like 3M and American Elements dominate production, particularly in 25nm-grade nanosheets for conductive inks and flexible electronics. Regulatory frameworks from the EPA and FDA ensure material safety, though compliance costs remain a challenge for smaller manufacturers. The region shows increasing application in medical diagnostics, leveraging silver’s antimicrobial properties in wound care products.

Europe Europe maintains a strong position in sustainable nanotechnology development, with Germany and France leading in eco-friendly production methods for silver nanosheets. Stringent EU regulations on nanoparticle usage (REACH Annex XVII) have accelerated R&D toward biocompatible formulations. The optics industry accounts for 35% of regional consumption, particularly in plasmonic applications for solar cells and sensors. Collaborative projects like Graphene Flagship (€1 billion budget) foster cross-border innovation, though market fragmentation persists among mid-sized specialty chemical firms. BASF and Saint-Gobain’s recent capacity expansions indicate confidence in long-term demand growth despite higher production costs compared to Asian counterparts.

Asia-Pacific As the fastest-growing market, APAC benefits from China’s 90,000+ nanotechnology patent filings (2023 estimate) and concentrated electronics manufacturing hubs. XFNANO and Times Nano control approximately 28% of regional supply, primarily serving flexible display and printed circuit board industries. While Japan and South Korea focus on high-purity 30nm nanosheets for precision optics, India emerges as a cost-competitive producer through initiatives like Nano Mission ($250 million investment). Challenges include inconsistent quality standards and intellectual property protection issues, though improving research infrastructure suggests potential for value chain advancement beyond raw material supply.

South America The region presents nascent opportunities with Brazil’s 37% market share in nanomaterials, driven by academic research partnerships and mining sector integration. However, economic instability limits commercial-scale production – most silver nanosheets are imported for university-led projects in antimicrobial coatings. Argentina shows promise in agricultural nanotechnology applications, albeit constrained by currency volatility affecting equipment imports. Infrastructure gaps in characterization facilities and dependence on foreign technical expertise hinder local industry development despite abundant silver ore reserves.

Middle East & Africa MEA demonstrates selective growth, with Israel and Saudi Arabia investing in nanotechnology parks (combined $180 million) to diversify from hydrocarbon dependence. UAE’s targeted subsidies for advanced materials in desalination membranes create niche demand for corrosion-resistant nanosheets. Africa’s market remains embryonic, though South Africa’s Mintek research council reports increasing pilot-scale production for water purification systems. The region faces dual challenges of high energy costs for synthesis processes and limited domestic technical training, requiring foreign partnerships to unlock long-term potential.

Report Scope

This market research report provides a comprehensive analysis of the global and regional Silver Nanosheets markets, covering the forecast period 2025–2032. It offers detailed insights into market dynamics, technological advancements, competitive landscape, and key trends shaping the industry.

Key focus areas of the report include:

Market Size & Forecast: Historical data and future projections for revenue, unit shipments, and market value across major regions and segments. The Global Silver Nanosheets market was valued at USD XX million in 2024 and is projected to reach USD XX million by 2032.

Segmentation Analysis: Detailed breakdown by product type (25nm, 30nm), application (Electrochemical Field, Optics), and end-user industry to identify high-growth segments and investment opportunities.

Regional Outlook: Insights into market performance across North America, Europe, Asia-Pacific, Latin America, and the Middle East & Africa, with country-level analysis for key markets like the U.S., China, Germany, and Japan.

Competitive Landscape: Profiles of leading market participants including Nanostructured & Amorphous Materials, Inc., 3M, BASF, and Saint-Gobain, covering their product offerings, R&D focus, and recent developments.

Technology Trends & Innovation: Assessment of emerging nanomaterial technologies, fabrication techniques, and evolving industry standards in nanosheet production.

Market Drivers & Restraints: Evaluation of factors driving market growth along with challenges, supply chain constraints, regulatory issues, and market-entry barriers.

Stakeholder Analysis: Insights for material suppliers, OEMs, research institutions, investors, and policymakers regarding the evolving ecosystem and strategic opportunities.

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projectmanagertemplate · 1 month ago

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Effective project management is more than just meeting deadlines. It is about ensuring projects are completed within scope, on time,quality and within budget while aligning with strategic goals. This is where Clarity, formerly known as CA Clarity PPM becomes a game-changer. Clarity is not just another project management tool; it is a robust platform designed to empower organizations with the visibility and control needed to successfully manage and deliver projects, programs, and portfolios.

This blog will explore how Clarity supports successful project management delivery, its flexibility for different project sizes, and how it seamlessly integrates with various project management methodologies. By the end of this post, you will understand why Clarity is a preferred choice for organizations seeking structured, scalable, and strategic project execution.

#ProjectManagement #ClarityPPM #PortfolioManagement #AgileDelivery #WaterfallProjects #HybridProjectManagement #ResourceManagement #StrategicPlanning #ProjectSuccess #EnterpriseSoftware #PMOTools #DigitalTransformation #BusinessAgility #ITGovernance #ProjectExecution

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heteksolutions · 1 month ago

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Advanced Methane Leak Measurement: Tools and Techniques That Matter

Why the Hetek Flow Sampler is Central to Accurate Methane Analysis

Accurate methane measurement starts with using the right technology. The Hetek flow sampler is a prime example of a tool that delivers precision and reliability for environmental professionals. Designed for field use, this sampler is instrumental in detecting fugitive emissions from valves, flanges, connectors, and other components in oil and gas infrastructure. It draws gas and air into a chamber where methane levels can be accurately determined, helping site managers prioritize maintenance and reduce losses.

This sampling approach minimizes false readings by isolating the leak from ambient air. Real-time feedback allows technicians to make decisions on the spot, streamlining repair workflows. The tool is built for rugged conditions and offers repeatable results essential for compliance reporting. When paired with advanced gas sensors and logging software, it becomes a powerful part of any emissions reduction toolkit.

Choosing a Methane Quantification Device for Industrial Use

Facilities looking to measure methane accurately need a dedicated methane quantification device that can offer both speed and precision. Unlike standard gas monitors, quantification devices analyze volume and rate of release, giving teams actionable data on the severity of leaks. These devices play a crucial role in prioritizing repairs based on impact rather than just location.

In many regions, environmental regulations require operators to provide detailed emissions data. A reliable quantification device helps meet those standards while also aiding in internal sustainability goals. By integrating these tools into routine leak detection surveys, companies can demonstrate due diligence and reduce their carbon footprint in measurable ways.

The Role of a Methane Gas Monitor in Safety and Compliance

A methane gas monitor is indispensable in facilities where gas is stored, processed, or transported. These monitors continuously assess the air for the presence of methane, triggering alarms if levels exceed safe limits. The integration of these systems into safety protocols reduces risk to personnel and infrastructure.

Technological advances have improved sensor sensitivity and real-time communication, allowing monitors to interface with SCADA systems and emergency shutdowns. Whether used in confined spaces or open facilities, methane monitoring is now a standard expectation for regulatory bodies and stakeholders alike.

Using a Methane Analyzer for Field Inspections

When engineers need to validate leak repairs or conduct compliance checks, a methane analyzer offers detailed readings. These instruments not only detect methane but quantify its concentration over time, making them valuable for trend analysis and documentation. Many analyzers also include GPS tagging and automated reporting features, streamlining field operations.

Because of its portability, the analyzer is suitable for both routine surveys and targeted diagnostics. It’s especially useful in LDAR (Leak Detection and Repair) programs where emissions data must be verified regularly. With digital integration and accuracy in detection, these analyzers remain a preferred choice among industry experts.

Monitoring Methane Concentration in Critical Environments

Understanding methane concentration levels at specific points in a system helps predict hazards and optimize containment strategies. Concentration data is essential for determining if a detected leak poses an explosion risk or simply contributes to greenhouse gas emissions. Measurements are typically expressed in parts per million (ppm) and inform both safety thresholds and repair timelines.

Advanced sensors today can detect variations in methane levels in real time, even in harsh environmental conditions. Having access to this kind of precise data improves decision-making and supports consistent operational standards across teams and facilities.

Why Monitoring Methane Level is Vital for Site Management

Precise measurement of methane level supports both immediate safety needs and long-term emissions goals. When readings are taken from multiple components, operators gain a full picture of site integrity. Regular monitoring helps detect wear and tear, corrosion, or mechanical failure that might otherwise go unnoticed.

Field teams equipped with digital meters or multi-sensor devices can check levels throughout the day. This proactive strategy leads to early intervention, preventing both minor leaks and major incidents. Real-time data syncing also helps in creating detailed emission maps for audits and environmental reporting.

Tracking and Reducing Methane Emissions Across Operations

With global attention focused on climate change, controlling methane emissions has become an industry priority. Methane is significantly more potent than carbon dioxide in trapping heat in the atmosphere. As such, reducing these emissions offers an immediate benefit to both the planet and a company’s ESG performance.

Facilities achieve this reduction by identifying high-risk areas, implementing preventative maintenance, and continuously measuring leaks. Targeted reduction efforts can also improve stakeholder confidence and open doors to green funding or incentives tied to emission targets.

Applying High Flow Sampling for Emission Control

High flow sampling is a technique that draws in large volumes of ambient air around a suspected leak point. This method allows operators to differentiate between actual emissions and background levels. It is especially effective for pinpointing leaks in outdoor or ventilated environments where methane may disperse quickly.

The process is used extensively in LDAR programs and environmental audits. High flow tools not only locate the leak but quantify its volume in real-time. This allows for faster triage and better resource allocation during repair scheduling.

Benefits of a High Flow Sampler Methane Tool

A high flow sampler methane device combines sampling capability with quantification tools to provide real-time data on leak severity. Designed for professional field use, it captures emissions and calculates leak rates in one seamless process. The combination of speed, accuracy, and ease-of-use makes it invaluable during facility inspections and maintenance programs.

Whether you're monitoring valves, connectors, or storage units, this tool helps field technicians document methane releases accurately. In turn, that supports both compliance efforts and internal goals related to sustainability and asset longevity.

Using a Flow Sampler to Capture Methane Accurately

A portable flow sampler enables field workers to collect consistent readings under varying environmental conditions. It works by drawing the surrounding air and gas into a measurement chamber, where real-time data on volume and flow rate are recorded. Unlike basic detectors, samplers provide context—quantifying the size and severity of a leak.

Technicians can deploy these tools quickly at potential emission points, making them ideal for routine inspection routes or ad-hoc diagnostics. This form of monitoring also contributes to historical data records, helping site managers assess whether infrastructure upgrades are needed.

Advantages of a High Flow Sampler in Leak Quantification

A high flow sampler allows you to assess not just the presence of gas but how much is escaping over time. This is especially useful in prioritizing repair work by identifying leaks that contribute most to emissions. These devices typically include built-in measurement logs, calibration protocols, and real-time digital outputs.

Because they can adapt to a wide range of fittings and components, high flow samplers are used across many industries—from upstream oil fields to chemical manufacturing. The ability to rapidly gather accurate leak data saves both time and money.

How a Fugitive Methane Analyzer Supports Leak Detection

A fugitive methane analyzer is designed to identify unintended releases of gas from processing equipment. These releases, often invisible and odorless, contribute significantly to atmospheric pollution and operational loss. The analyzer measures ambient methane levels and quantifies how much gas is leaking from specific components.

These instruments are essential in emission monitoring programs. With built-in mapping and storage features, they allow operators to compare results over time. This longitudinal data supports trend analysis, compliance documentation, and ongoing performance improvements.

Why It’s Necessary to Calculate Methane Flow Rate

Being able to calculate methane flow rate is essential for understanding the total impact of a leak. Flow rate calculations take into account the gas velocity and volume at a specific point in time, which helps quantify both emissions and potential product loss. This data is critical for compliance reporting and for cost analysis.

Modern tools automate this calculation, integrating readings from multiple sensors to deliver highly accurate outputs. Facilities that invest in such capabilities are better equipped to act quickly and plan effective interventions.

Tracking Methane Leak Quantification for Emissions Reporting

Methane leak quantification provides the actual measurement of gas escaping from infrastructure. This step goes beyond detection, offering clear metrics that can be used in regulatory submissions, internal audits, and emissions trading schemes. By focusing on quantification, companies can prioritize fixes and demonstrate progress toward emissions reduction goals.

Field equipment used in leak quantification includes high-precision analyzers and sampling chambers. These devices ensure that data collected is verifiable, repeatable, and compliant with reporting standards set by environmental authorities.

The Utility of an Industrial Sampler in Methane Measurement

An industrial sampler is built to withstand tough field conditions while maintaining accurate gas collection. These devices are engineered for long-term deployment and are often used in remote locations where maintenance is infrequent. Their rugged construction and precise calibration make them a preferred choice for large-scale methane measurement projects.

Industrial-grade samplers often interface with telemetry systems, enabling real-time data transmission to centralized monitoring platforms. This connectivity supports faster decision-making and helps ensure that no data is lost in the process.

How Flow Detection Tools Help Spot Leaks

Flow detection devices help locate and measure gas as it escapes from pressurized systems. These tools are typically handheld and provide immediate readouts, making them ideal for walkaround inspections. They use thermal, ultrasonic, or infrared sensing to identify flow variations caused by leaks.

By targeting specific components and fittings, flow detection tools can isolate high-risk areas and guide maintenance priorities. This efficient diagnostic capability enhances safety and reduces the likelihood of unexpected failures in critical infrastructure.

Leak Quantification as a Compliance Requirement

Leak quantification involves precisely measuring how much gas is escaping from a component over time. This data is used to determine repair urgency and calculate environmental impact. Many regulatory bodies now require facilities to include leak volume data in their reporting.

Quantification supports better asset management by helping engineers identify trends in component performance. Over time, this allows for smarter investment in replacements and system upgrades, all while staying compliant with emissions caps.

The Importance of Leak Rate Quantification in Emissions Control

Accurate leak rate quantification helps operators understand not just where leaks occur, but how much gas is being lost. This information is critical when prioritizing repairs and planning long-term mitigation strategies. It also plays a role in cost forecasting, since gas loss represents direct financial waste.

Using instruments capable of capturing leak rates in different conditions—humidity, wind, confined spaces—enhances reliability. The ability to benchmark performance before and after repairs also validates the effectiveness of maintenance efforts.

What Leak Detection and Quantification Means in Practice

Leak detection and quantification work together to support effective emissions management. Detection identifies the presence of methane; quantification tells you how much is being released. When combined, they allow for fast response and better documentation.

This dual strategy is now considered best practice across energy, chemical, and utility sectors. Real-time alerts, historical comparisons, and compliance records all benefit from having precise data on leak behavior.

Using a Methane Flow Meter to Track Gas Output

A methane flow meter measures the rate at which gas moves through a pipe or into the atmosphere. These meters are essential in both production and leak scenarios, providing metrics for operational efficiency and loss prevention. Many flow meters now include digital readouts, wireless connectivity, and integrated alarms.

Field teams use these tools to monitor baseline flow and detect anomalies. By comparing historical and real-time data, they can assess whether system pressure or leakage is affecting productivity.

The Role of Methane Monitoring Equipment in ESG Performance

Methane monitoring equipment includes everything from handheld detectors to fixed point sensors and integrated telemetry systems. This equipment supports real-time visibility into gas conditions across an entire site. Used in combination, these tools form a holistic monitoring solution that meets modern environmental and operational standards.

Monitoring equipment not only supports safety and compliance, but it also informs ESG metrics. Having accurate, verifiable data on methane helps organizations track their environmental impact and share progress with investors, regulators, and the public.

#gas leak detection devices #methane emissions #methane level #methane concentration #hetek flow sampler #natural gas ldar #methane gas monitor #methane quanification device

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coast2coastmovers · 1 month ago

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Military Movers from Oregon to North Carolina: A Guide to a Smooth PCS Move

Relocating across the country is never easy, but when you're in the military, Permanent Change of Station (PCS) orders come with added layers of complexity. If you're preparing for a move from Oregon to North Carolina, you're likely dealing with tight deadlines, long travel distances, and strict relocation protocols. That’s why choosing experienced military movers is essential for a smooth transition.

Why Choose Military Movers?

Military moves are different from civilian relocations. They require a deep understanding of government regulations, timelines, and logistical coordination. Military-approved moving companies specialize in handling the unique needs of service members and their families, including working directly with the Defense Personal Property Program (DP3) and offering both Government Constructed (GCC) and Personally Procured Moves (PPM).

Whether you’ve chosen a full-service military move or a PPM where you're reimbursed for handling the move yourself, a reputable military moving company will ensure your household goods are properly packed, inventoried, transported, and delivered on time.

What to Look for in Military Movers

Not all moving companies are created equal—especially when it comes to military relocation. When selecting a mover for your PCS from Oregon to North Carolina, be sure to look for:

DOD Approval: The company should be registered and approved by the Department of Defense.

Experience with PCS moves: Choose movers who specialize in or frequently handle military relocations.

Licensing and insurance: Interstate movers must be licensed by the FMCSA and have a valid USDOT number.

Positive reviews: Check military-specific review sites like PCSgrades, as well as general platforms like Google or Yelp.

Ask if the company provides full-service options such as packing, furniture disassembly, vehicle transport, temporary storage, and unpacking. The more comprehensive their services, the less stress you’ll experience during your transition.

Planning Your Oregon to North Carolina Move

The distance from Oregon to North Carolina spans over 2,500 miles, meaning your belongings will be on the road for several days. Because of the long distance and varied climate conditions along the route, proper packing and protection of your household goods are crucial.

Start planning early—at least 6–8 weeks before your report date. Schedule a pre-move survey with your selected movers, organize your documentation (orders, inventory list, receipts), and prepare a “first night” box with essentials like uniforms, toiletries, and important documents.

Cost and Reimbursement

Military moves may be fully or partially reimbursed, depending on your PCS orders and whether you’re using the government’s moving services or doing a PPM. Keep all receipts, weigh your vehicle (for PPM), and track mileage.

Even with reimbursement, getting quotes from multiple military movers is smart to ensure you’re getting quality service at a fair price. While costs vary based on household size, services, and season, expect cross-country military moves to range between $4,000 and $10,000.

Final Thoughts

A PCS move from Oregon to North Carolina is a major life event—but with the help of trusted military movers, it doesn’t have to be a stressful one. By planning ahead and choosing movers who understand the demands of military life, you can focus on your mission and settle into your new home with confidence.

#PCS move from Oregon to North Carolina

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nursingwriter · 3 months ago

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CLIA URINALYSIS TESTS IN PHYSICIANS' OFFICES Urinalysis CLIA Urinalysis Tests in Physicians' Offices CLIA regulations cover all laboratory tests conducted medical purposes. Many of these tests no longer require intensive oversight procedures because manufacturers have designed them to be almost foolproof and safe to use. Waived urinalysis tests include those detecting illicit drug use, pregnancy, liver and kidney problems, and blood abnormalities. The ease and speed with which these tests can be performed, and the relatively relaxed CLIA regulations covering their use, are making them increasing popular for use in provider offices. CLIA Urinalysis Tests in Physicians' Offices All clinical laboratory services offered in the United States are regulated under the Clinical Laboratory Improvement Amendments (CLIA) of 1988 (Centers for Disease Control and Prevention , 2005, p. 2). The Centers for Medicare & Medicaid Services (CMS) administers the CLIA program and the CMS, CDC, and FDA are jointly responsible for implementing CLIA regulations. Waived Laboratory Tests CLIA regulations draw distinctions between high complexity, moderate complexity, and low complexity tests, due to how error-prone a given test might me and the associated safety concerns (CDC, 2005, p. 2). Low complexity tests are typically "waived" from CLIA oversight and personnel training requirements, which are required for moderate and high complexity tests. Waived tests are becoming more and more common, and error-free, and some can even be purchased over the counter in pharmacies for home use, e.g. pregnancy tests. For this reason, offering waived testing procedures in physician's offices is becoming more popular because of the convenience and speed with which test results can be obtained. All that's needed to begin is to obtain a Certificate of Waiver from CMS and pay the $150 biannual fee. CLIA waived urinalysis tests are available for a large number of applications (for a complete list see: U.S. Food & Drug Administration, 2011) and include testing for illicit drug use, kidney and liver function, pregnancy, and blood problems. The most common format for these tests is test strips, which turn a specific color when exposed to the urine sample. The strips can be then graded by hand or by inserting into small automated strip readers. In terms of safety, the same biohazard precautions that a typical physician's office has in place are sufficient. CLIA Regulations for Waived Tests CLIA requires that the number of tests used be recorded and submitted on the CLIA application for waived testing Form CMS-116 (Centers for Medicar & Medicaid Services , 2004). Tests that are used for quality control testing or proficiency testing should not be included in the count, only those ordered and used for patient specimens. Dipsticks or strips are counted as one test, regardless of how many different reagent pads might be included on the stick or strip. CLIA regulations require laboratories operating under a Certificate of Waiver to follow the manufacturer's instructions when performing the test. Laboratories that conduct non-waived tests must engage in a rigorous and ongoing self-assessment of performance. This includes proficiency testing of personnel, investigations of complaints, documentation of all methods, procedures, training, equipment calibration and maintenance, and remedial actions taken. Laboratories operating under a Certificate of Waiver are not required to perform the same oversight functions. Should the Regional CLIA Office receive a complaint, suspect the laboratory is performing non-waived tests, or are concerned about the safety or reliability of a waived test, then a survey could be conducted. CLIA Regulations for PPM Procedures Microscopic examinations of specimens are typically not waived and therefore can't be performed without first obtaining CLIA certification authorizing provider performed microscopy (PPM) examinations. The person performing the assay must be a physician, dentist, or midlevel practitioner under the supervision of a physician. The primary instrument used for the test must be a bright-field or phase-contrast microscope, and the test must be classified as moderately complex (e.g., not high complexity). With respect to urinalysis, a Certificate for PPM Procedures would allow urine sediment examinations. The oversight requirements for laboratories with a Certificate for PPM Procedures are the same as for a laboratory with a Certificate of Waiver. Summary Physicians can now perform a number of urinalysis tests in their own office with limited oversight requirements under a Certificate of Waiver. Adding a Certificate of PPM Procedures would augment the number of laboratory tests that can be performed without increasing the regulatory oversight burden. References Centers for Disease Control and Prevention. (2005). Good Laboratory Practices for Waived Testing Sites. Morbidity and Mortality Weekly Report, 54, 1-32. Centers for Medicare & Medicaid Services. (2004). State Operations Manual: Appendix C -- Survey procedures and interpretive guidelines for laboratories and laboratory services. Retrieved September 2, 2011 at http://cms.gov/manuals/Downloads/som107ap_c_lab.pdf U.S. Food & Drug Administration. (2011). CLIA -- Tests waived by FDA from January 2000 to present. Accessed September 2, 2011 from http://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfClia/testswaived.cfm Read the full article

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oraclehcmtranning · 3 months ago

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Oracle Fusion HCM | Oracle Fusion HCM Training in Ameerpet

What is Oracle Fusion HCM Performance Management?

Oracle Fusion HCM Performance Management is a cloud-based solution designed to help organizations align employee goals with business objectives. It enables HR teams to conduct real-time evaluations, provide continuous feedback, and foster a culture of growth and development. With its seamless integration into Oracle Fusion HCM, companies can ensure data consistency and optimize workforce productivity.

Key Features of Oracle Fusion HCM Performance Management

1. Goal Setting and Tracking

Setting and tracking employee goals is essential for maintaining alignment with organizational objectives. Oracle Fusion HCM allows managers to define measurable goals, monitor progress, and adjust objectives dynamically. This ensures employees remain engaged and motivated.

2. Continuous Feedback and Coaching

Unlike traditional performance reviews, Oracle Fusion supports continuous feedback mechanisms. Managers and peers can provide real-time insights, helping employees improve performance throughout the year.

3. Competency and Skills Management

The platform includes competency-based assessments that identify skills gaps and recommend personalized training programs, such as Oracle Fusion HCM Training courses. This helps employees develop the skills needed for career growth.

4. Performance Reviews and Appraisals

The system automates performance appraisals by collecting data from various sources, reducing bias and ensuring fair evaluations. Oracle Fusion Cloud HCM Online Training helps HR teams maximize the potential of this feature.

5. Advanced Analytics and Reporting

HR teams can leverage AI-driven analytics to gain insights into employee performance trends. These reports help in identifying top performers, improving succession planning, and making data-driven decisions.

Benefits of Oracle Fusion HCM Performance Management

1. Enhanced Employee Engagement

By providing continuous feedback and career development opportunities, Oracle Fusion HCM fosters higher engagement and job satisfaction among employees.

2. Improved Productivity and Efficiency

With structured performance management, organizations can track KPIs and ensure employees meet their targets effectively.

3. Data-Driven Decision Making

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titaninfrasejahtera · 3 months ago

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PT Titan Infra Sejahtera Perkuat CSR dan Kepatuhan Regulasi untuk Keberlanjutan Infrastruktur

Di tengah kompleksitas operasi sektor pertambangan, PT Titan Infra Sejahtera melalui anak usahanya, PT Servo Lintas Raya, menegaskan komitmennya untuk mengintegrasikan tanggung jawab sosial (CSR) dan kepatuhan regulasi sebagai fondasi keberlanjutan bisnis. Dengan fokus pada pemberdayaan masyarakat dan keselarasan hukum, perusahaan berupaya menciptakan simbiosis antara pertumbuhan ekonomi, keberlanjutan lingkungan, dan kesejahteraan sosial di wilayah operasionalnya.

Kepatuhan Regulasi Titan Infra Sejahtera

Sebagai perusahaan yang bergerak di bidang pertambangan, PT Servo Lintas Raya menjadikan kepatuhan hukum sebagai prioritas utama. Yayan Suhendri, Head of Government Relations PT Servo Lintas Raya, menegaskan bahwa seluruh aktivitas perusahaan, termasuk Program Pemberdayaan dan Pengembangan Masyarakat (PPM), dirancang sesuai dengan kerangka regulasi Indonesia.

“Kepatuhan bukan hanya tentang memenuhi kewajiban, tetapi juga membangun kepercayaan dengan pemangku kepentingan,” ujar Yayan. Beberapa regulasi yang menjadi acuan meliputi:

UU No. 40/2007 tentang Perseroan Terbatas, yang mewajibkan perusahaan menjalankan tanggung jawab sosial dan lingkungan.

PP No. 47/2012 tentang Tanggung Jawab Sosial dan Lingkungan (TJSL), sebagai pedoman teknis implementasi CSR.

UU No. 3/2020 tentang Pertambangan, yang mengatur kewajiban pemberdayaan masyarakat sekitar tambang.

Kepmen ESDM No. 1824/2018, yang mewajibkan penyusunan Rencana Induk PPM.

Dengan berpegang pada aturan ini, perusahaan tidak hanya menghindari risiko sanksi hukum, tetapi juga memastikan program CSR berdampak maksimal.

Program PPM: Dari Infrastruktur hingga Pemberdayaan Ekonomi

Program PPM PT Servo Lintas Raya dirancang melalui pendekatan partisipatif, melibatkan masyarakat dalam mengidentifikasi kebutuhan prioritas. Hasilnya, sejumlah inisiatif strategis telah dijalankan:

1. Pembangunan Infrastruktur Dasar

Perusahaan melakukan renovasi kantor desa, sistem penyediaan air bersih, dan sumur warga. Fasilitas ini tidak hanya meningkatkan kualitas hidup, tetapi juga memperkuat kapasitas kelembagaan desa dalam mengelola pelayanan publik.

2. Peningkatan Sarana Ibadah dan Sosial

PT Servo Lintas Raya merenovasi masjid dan membangun jalan setapak menuju tempat ibadah. Langkah ini diambil sebagai bentuk penghormatan terhadap nilai spiritual masyarakat, sekaligus memudahkan aksesibilitas warga.

3. Dukungan Sektor Pertanian dan Kesehatan

Bantuan pupuk bagi petani dan program pengobatan gratis menjadi fokus perusahaan untuk meningkatkan produktivitas pertanian dan kualitas kesehatan masyarakat. Distribusi sembako dan beras juga diberikan kepada keluarga kurang mampu sebagai bentuk dukungan sosial.

“Program ini bersifat berkelanjutan dan selalu kami laporkan ke pemerintah daerah untuk memastikan transparansi,” tegas Yayan.

Dampak Ekonomi: Multiplier Effect yang Terukur

Kehadiran PT Servo Lintas Raya telah memicu pertumbuhan ekonomi lokal. Data perusahaan menunjukkan peningkatan partisipasi masyarakat dalam sektor informal sejak dimulainya operasi hauling. Beberapa pencapaian konkret meliputi:

Pelatihan Usaha Kecil

Masyarakat dilatih mengelola warung makan dan bengkel las. Pelatihan ini tidak hanya menciptakan lapangan kerja baru, tetapi juga mendorong kemandirian ekonomi.

Pengembangan Bisnis Kontrakan

Perusahaan mendorong warga membangun rumah kontrakan untuk memenuhi kebutuhan akomodasi pekerja. Inisiatif ini menghasilkan pendapatan tambahan bagi pemilik lahan sekaligus mengurangi tekanan permintaan perumahan di area operasi.

Penyerapan Tenaga Kerja Lokal

Lebih dari 70% pekerja PT Servo Lintas Raya berasal dari wilayah sekitar. Selain posisi operator, perusahaan membuka kesempatan bagi warga lokal untuk mengisi posisi teknis seperti mekanik dan supervisor setelah melalui pelatihan keterampilan.

Tantangan dan Inovasi dalam Pemberdayaan

Meski telah mencapai progres signifikan, Yayan mengakui bahwa perusahaan menghadapi sejumlah tantangan. Keterbatasan anggaran dan tingginya ekspektasi masyarakat seringkali menjadi kendala. “Kami tidak bisa memenuhi semua permintaan, tetapi kami berkomitmen untuk terus beradaptasi,” ujarnya.

Untuk mengatasi hal ini, PT Servo Lintas Raya memperkuat kolaborasi dengan pemerintah daerah dan LSM. Misalnya, program pendampingan UMKM dilakukan bersama dinas perindustrian setempat untuk memastikan pelaku usaha mendapat akses pemasaran dan permodalan.

CSR sebagai Investasi Jangka Panjang

Bagi Titan Infra Sejahtera, CSR bukan sekadar pengeluaran, melainkan investasi dalam membangun hubungan harmonis dengan masyarakat. Program yang inklusif dan transparan telah mengurangi potensi konflik sosial, sekaligus menciptakan lingkungan operasi yang stabil.

Visi ini sejalan dengan induk perusahaan, Titan Infra Energy, yang menempatkan keberlanjutan sebagai nilai inti bisnis. “Dengan mematuhi regulasi dan mendengar aspirasi masyarakat, kami yakin industri pertambangan bisa menjadi mitra pembangunan,” tambah Yayan.

Menuju Masa Depan yang Lebih Kolaboratif

Kedepan, PT Servo Lintas Raya berencana memperluas cakupan program PPM dengan fokus pada pendidikan dan teknologi. Rencana pelatihan digital untuk pemuda dan pengembangan sistem irigasi berbasis ramah lingkungan sedang dalam tahap diskusi dengan pemangku kepentingan.

“Komitmen kami tidak berhenti di sini. Kami akan terus mengevaluasi program agar tetap relevan dengan kebutuhan masyarakat dan dinamika regulasi,” pungkas Yayan.

Integrasi CSR dan Regulasi sebagai Kunci Keberhasilan

PT Titan Infra Sejahtera melalui PT Servo Lintas Raya membuktikan bahwa kepatuhan hukum dan tanggung jawab sosial bukanlah dua hal yang bertolak belakang. Dengan program PPM yang terstruktur, perusahaan berhasil menciptakan dampak ekonomi berkelanjutan sekaligus memperkuat legitimasi operasi.

Di era di mana isu lingkungan dan kesenjangan sosial semakin mengemuka, pendekatan holistik seperti ini menjadi contoh bagaimana sektor pertambangan dapat berkontribusi positif tanpa mengabaikan prinsip legalitas dan etika bisnis. Langkah ini tidak hanya menguntungkan perusahaan, tetapi juga menjadi katalisator pembangunan bagi masyarakat dan pemerintah daerah.

Sebagai penutup, Yayan kembali menegaskan, “Keberlanjutan adalah tentang keseimbangan. Kami bertekad menjadi bagian dari solusi untuk masa depan yang lebih inklusif.”

#titan infra sejahtera #infrastruktur

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knick-nudiex · 3 months ago

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Agent Orange is a chemical herbicide and defoliant, one of the tactical use Rainbow Herbicides. It was used by the U.S. military as part of its herbicidal warfare program, Operation Ranch Hand, during the Vietnam War from 1961 to 1971. The U.S. was strongly influenced by the British who used Agent Orange during the Malayan Emergency. It is a mixture of equal parts of two herbicides, 2,4,5-T and 2,4-D.

Agent Orange was produced in the United States beginning in the late 1940s and was used in industrial agriculture, and was also sprayed along railroads and power lines to control undergrowth in forests. During the Vietnam War, the U.S. military procured over 20,000,000 U.S. gal (76,000,000 L; 17,000,000 imp gal), consisting of a fifty-fifty mixture of 2,4-D and dioxin-contaminated 2,4,5-T. Nine chemical companies produced it: Dow Chemical Company, Monsanto Company, Diamond Shamrock Corporation, Hercules Inc., Thompson Hayward Chemical Co., United States Rubber Company (Uniroyal), Thompson Chemical Co., Hoffman-Taff Chemicals, Inc., and Agriselect.

The government of Vietnam says that up to four million people in Vietnam were exposed to the defoliant, and as many as three million people have suffered illness because of Agent Orange, while the Vietnamese Red Cross estimates that up to one million people were disabled or have health problems as a result of exposure to Agent Orange. While the United States government has described these figures as unreliable, it has documented cases of leukemia, Hodgkin's lymphoma, and various kinds of cancer in exposed U.S. military veterans. The US Government has not conclusively found either a causal relationship or a plausible biological carcinogenic mechanism for cancers. An epidemiological study done by the Centers for Disease Control and Prevention showed that there was an increase in the rate of birth defects of the children of military personnel who were exposed to Agent Orange. Agent Orange has also caused enormous environmental damage in Vietnam. Over 3,100,000 ha (7,700,000 acres) or 31,000 km2 (12,000 sq mi) of forest were defoliated. Defoliants eroded tree cover and seedling forest stock, making reforestation difficult in numerous areas. Animal species diversity is sharply reduced in contrast with unsprayed areas. The environmental destruction caused by this defoliation has been described by Swedish Prime Minister Olof Palme, lawyers, historians and other academics as an ecocide.

The use of Agent Orange in Vietnam resulted in numerous legal actions. The United Nations ratified United Nations General Assembly Resolution 31/72 and the Environmental Modification Convention. Lawsuits filed on behalf of both U.S. and Vietnamese veterans sought compensation for damages.

Agent Orange was first used by British Commonwealth forces in Malaya during the Malayan Emergency. It was also used by the U.S. military in Laos and Cambodia during the Vietnam War because forests near the border with Vietnam were used by the Viet Cong. The active ingredient of Agent Orange was an equal mixture of two phenoxy herbicides – 2,4-dichlorophenoxyacetic acid (2,4-D) and 2,4,5-trichlorophenoxyacetic acid (2,4,5-T) – in iso-octyl ester form, which contained traces of the dioxin 2,3,7,8-tetrachlorodibenzo-p-dioxin (TCDD). TCDD was a trace (typically 2–3 ppm, ranging from 50 ppb to 50 ppm) - but significant - contaminant of Agent Orange.

Toxicology TCDD is the most toxic of the dioxins and is classified as a human carcinogen by the U.S. Environmental Protection Agency (EPA). The fat-soluble nature of TCDD causes it to accumulate easily in the food chain, and can enter the body readily through physical contact or ingestion. When TCDD binds to cytoplasmic aryl hydrocarbon receptor (AhR), a transcription factor, the protein translocates to the cell nucleus, where it influences gene expression.

According to U.S. government reports, if not bound chemically to a biological surface such as soil, leaves or grass, Agent Orange dries quickly after spraying and breaks down within hours to days when exposed to sunlight and is no longer harmful.

Development Several herbicides were developed as part of efforts by the United States and the United Kingdom to create herbicidal weapons for use during World War II. These included 2,4-D, 2,4,5-T, MCPA (2-methyl-4-chlorophenoxyacetic acid, 1414B and 1414A, recoded LN-8 and LN-32), and isopropyl phenylcarbamate (1313, recoded LN-33).

In 1943, the United States Department of the Army contracted botanist (and later bioethicist) Arthur Galston, who discovered the defoliants later used in Agent Orange, and his employer University of Illinois Urbana-Champaign to study the effects of 2,4-D and 2,4,5-T on cereal grains (including rice) and broadleaf crops. While a graduate and post-graduate student at the University of Illinois, Galston's research and dissertation focused on finding a chemical means to make soybeans flower and fruit earlier. He discovered both that 2,3,5-triiodobenzoic acid (TIBA) would speed up the flowering of soybeans and that in higher concentrations it would defoliate the soybeans. From these studies arose the concept of using aerial applications of herbicides to destroy enemy crops to disrupt their food supply. In early 1945, the U.S. Army ran tests of various 2,4-D and 2,4,5-T mixtures at the Bushnell Army Airfield in Florida. As a result, the U.S. began a full-scale production of 2,4-D and 2,4,5-T and would have used it against Japan in 1946 during Operation Downfall if the war had continued.

In the years after the war, the U.S. tested 1,100 compounds, and field trials of the more promising ones were done at British stations in India and Australia, in order to establish their effects in tropical conditions, as well as at the U.S. testing ground in Florida. Between 1950 and 1952, trials were conducted in Tanganyika, at Kikore and Stunyansa, to test arboricides and defoliants under tropical conditions. The chemicals involved were 2,4-D, 2,4,5-T, and endothall (3,6-endoxohexahydrophthalic acid). During 1952–53, the unit supervised the aerial spraying of 2,4,5-T in Kenya to assess the value of defoliants in the eradication of tsetse fly.

Early use In Malaya, the local unit of Imperial Chemical Industries researched defoliants as weed killers for rubber plantations. Roadside ambushes by the Malayan National Liberation Army were a danger to the British Commonwealth forces during the Malayan Emergency, several trials were made to defoliate vegetation that might hide ambush sites, but hand removal was found cheaper. A detailed account of how the British experimented with the spraying of herbicides was written by two scientists, E. K. Woodford of Agricultural Research Council's Unit of Experimental Agronomy and H. G. H. Kearns of the University of Bristol.

After the Malayan Emergency ended in 1960, the U.S. considered the British precedent in deciding that the use of defoliants was a legal tactic of warfare. Secretary of State Dean Rusk advised President John F. Kennedy that the British had established a precedent for warfare with herbicides in Malaya.

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