- [PRESSWIRE] UK – 06.04.20 — Global liquidation specialists Maynards are to sell the complete contents of VRT Power in Israel. The project will include logistics partners offering turnkey solutions to relocate and recommission equipment and test facilities.
- [PRESSWIRE] Switzerland – 22 October, 2019 — Technology company, Securosys SA, has partnered with enterprise blockchain software firm, R3, to provide signing key security for customers.
- [PRESSWIRE] Squamish, B.C. – September 17, 2019 — Canadian clean energy company, Carbon Engineering Ltd. (CE), today announced it is expanding the capacity of the design for its first commercial Direct Air Capture (DAC) plant, to enable corporate customers to permanently remove carbon dioxide (CO2) emissions from the atmosphere.
- [PRESSWIRE] London, UK. 09 September, 2019. The 2019 Aircraft Cabin Air Conference (aircraftcabinair.com) will be the largest conference ever to take place in relation to the air you breathe on aircraft and is being held on 17-18 September 2019 in London.
- [PRESSWIRE] Moscow – 07 August, 2019 — The International Congress on Metal Science and Heat Treatment dedicated to the 180th anniversary of the outstanding Russian scientist, engineer, metallurgist and founder of scientific metallography Dmitry Chernov will take place in Moscow on September 17-19 in the Central Exhibition Complex «Expocentre».
- [PRESSWIRE] BROOKLYN, N.Y., July 22, 2019 — The NYU Tandon School of Engineering Future Labs — the first network of startup business hubs launched with New York City support – and Arieli Capital, a US holding company, today announced a partnership to provide opportunities for investment, guidance, and networking to the Future Labs’ portfolio companies and Israeli entrepreneurs.
- [PRESSWIRE] HOUSTON, Texas, and SQUAMISH, British Columbia (May 21, 2019) – Oxy Low Carbon Ventures, LLC (OLCV), a subsidiary of Occidental, and Carbon Engineering Ltd. (CE), a Canadian clean energy company, today announced they are jointly proceeding with the engineering and design of the world’s largest Direct Air Capture (DAC) and sequestration facility. The companies are evaluating a facility designed to capture 500 kilotonnes of carbon dioxide (CO2) directly from the atmosphere each year, which would be used in Occidental’s enhanced oil recovery (EOR) operations and subsequently stored underground permanently. The plant would be located in the Permian Basin.
- [PRESSWIRE] London, United Kingdom – 07 February, 2019 — MCS Rentals Ltd, the rental division of UK test and measurement company MCS Test Equipment Ltd, announces the acquisition of Electro Rent UK.
- [PRESSWIRE] London, United Kingdom – 17 December, 2018 — Leading global supplier of materials, Goodfellow, has collaborated with a number of major international companies to provide research materials in several industry sectors. Case studies have now been launched on Goodfellow.com showcasing real world examples of applications where Goodfellow have provided an array of materials either from their catalogue or as a bespoke item to aid R&D projects and prototypes.
- [PRESSWIRE] London, United Kingdom – 27 September, 2018 — Der führende globale Anbieter von Materialien für den Bereich der Forschung Goodfellow hat zwei neue Plattformen eingeführt, die die Zusammenarbeit unter wissenschaftlichen und industriellen Forschern fördern sollen und zugleich den Anwendungsbereich seiner Materialien erweitern sollen, um auch Künstler und Designer einzubeziehen. Aufgrund seiner über 70-jährigen Erfahrung in der Förderung der Produktinnovation ist Goodfellow ein führender globaler Anbieter von Metallen, Legierungen, Keramik- und Glasprodukten, Polymeren, Verbindungen, Verbundstoffen und anderen Materialien für die Forschung.
- [PRESSWIRE] London, United Kingdom – 27 September, 2018 — Géant mondial de matériaux développés pour la recherche, Goodfellow introduit deux nouveaux outils conçus pour encourager la collaboration entre les chercheurs scientifiques et les industriels, tout en élargissant la portée des ressources proposées pour inclure leur utilisation par les créateurs et les artistes. Forts de plus de 70 d’expérience dans le développement de produits innovants, Goodfellow est l’un des plus grands fournisseurs mondiaux de métaux, alliages, céramiques, verres, polymères, composés, composites et autres matériaux utilisés dans les travaux de recherche.
- [PRESSWIRE] London, United Kingdom – 27 September, 2018 — Global research materials powerhouse Goodfellow has introduced two new tools aimed at encouraging collaboration amongst scientific and industrial researchers and also widening the scope of use of its materials to include designers and artists. Backed by more than 70 years of facilitating product innovation, Goodfellow is a leading global supplier of metals, alloys, ceramics, glasses, polymers, compounds, composites and other research materials.
- [PRESSWIRE] NEW YORK, Sept. 27, 2018 — Enstoa, Inc., the leading systems integrator for capital projects worldwide, today announced its collaboration with the Sinopec Engineering Group (SEG) to formulate an International Project Management Manual. The manual, which will be used to train 200 senior executives and 400 executive staff, establishes a total quality standard for delivering petrochemical and construction projects along the Belt and Road Initiative.
- [PRESSWIRE] LAS VEGAS, Sept. 19, 2018 — Eternal Plumbing Solutions, a leading plumbing and drain services company maintaining an A rating with the Better Business Bureau, is offering do-it-yourself tips and advice to homeowners in the Las Vegas and Henderson areas for early fall preparation.
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — 真空チャンバーなしで電子ビーム溶接を実現できるこの新しいテクノロジーは、大規模な生産プロジェクトの効率性を向上させます。ケンブリッジ・バキューム・エンジニアリングによって英国で開発された、革命的なEBFlowは、多くの経済利益を持つ柔軟、効率的で高度な生産技術を提供します。
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — 通过使公司在不使用真空室的情况下进行电子束焊接，新技术正在大幅提高大型生产设备的效率。革命性的 EBFlow 系统由英国的 Cambridge Vacuum Engineering 公司首创，其灵活高效的先进制造技术，具有众多经济效益。
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — Новая технология повышает эффективность крупных производственных проектов, предоставляя предприятиям возможность осуществлять электронно-лучевую сварку без вакуумной камеры. Революционная система EBFlow, испытанная в Великобритании компанией Cambridge Vacuum Engineering, предлагает гибкую и эффективную передовую технологию производства с многочисленными экономическими преимуществами.
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — Una nueva tecnología está mejorando la eficiencia de los proyectos de fabricación a gran escala, permitiendo a las firmas realizar una Soldadura por Haz de Electrones sin cámara de vacío. Promovida en Gran Bretaña por Cambridge Vacuum Engineering, la revolucionaria EBFlow ofrece una tecnología de fabricación avanzada flexible y eficiente, con numerosas ventajas económicas.
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — Eine neue Technologie könnte die Effizienz von großen Produktionsprojekten verbessern, indem Unternehmen ein Elektronenstrahlschweißen ohne Vakuumkammer ermöglicht wird. Das revolutionäre EBFlow-Verfahren, das von der Firma Cambridge Vacuum Engineering in Großbritannien erstmals entwickelt wurde, bietet eine flexible und effiziente hochentwickelte Produktionstechnologie, die zahlreiche wirtschaftliche Nutzen mit sich bringt.
- [PRESSWIRE] London, United Kingdom – 19 July, 2018 — A new technology is improving the efficiency of large-scale manufacturing projects by enabling firms to perform electron beam welding without a vacuum chamber. Pioneered in Britain by Cambridge Vacuum Engineering, the revolutionary EBFlow offers a flexible and efficient advanced manufacturing technology with numerous economic benefits.
- 核工業内では、「厚い断面」の溶接コンポーネントは、コスト効率の良い様々なプロセスがあります。しかし、材料中の残余の磁気の存在 364;、これらのプロセスの有効なアプリケーションを妨害していました。長年、核工業全体でより広く使用することができる適切なプロセスを 見つけることが目標でした。たとえ、核内出力が低くても、これらのコンポーネントの重大な性質から安全なソリューションが要求されて 365;ました。
- [PRESSWIRE] 在核工业中，焊接“厚壁”部件可通过经济有效的各种工艺完成，但材料中残留磁性物质阻碍了这些工艺的有效应用。多年来，我们的目标是৙ 4;出一种可以在核工业中更广泛使用的适当工艺。尽管核工业内的输出量低，但这些组件安全性至上需要我们找出一个解决方案.
- [PRESSWIRE] London, United Kingdom – 16 July, 2018 — Сваривание «толстостенных» компонентов для ядерной промышленности может осуществляться с использованием разных низкозатратных технологий, но остаточная намагниченность материалов делает их применение малоэффективным. Поиски подходящих технологий, которые могли бы использоваться в ядерной энергетике в более широких масштабах, ведутся многие годы. Несмотря на то, что объемы сварочных работ в ядерной промышленности небольшие, необходимо найти соответствующее решение в связи с высокими требованиями к безопасности сварных компонентов.
- [PRESSWIRE] London, United Kingdom – 16 July, 2018 — In der Nuklearindustrie kann das Verschweißen „dickwandiger” Bauteile mittels verschiedener kosteneffizienter Verfahren erfolgen, wobei sich das Vorhandensein von Restmagnetismus in den Materialien jedoch nachteilig auf die effektive Anwendung dieser Verfahren ausgewirkt hat. Seit vielen Jahren hat man versucht, ein geeignetes Verfahren zu finden, das auf breiterer Basis in der gesamten Nuklearindustrie angewandt werden kann. Auch wenn die Produktionsleistung in der Nuklearindustrie gering ist, so ist in Anbetracht der sicherheitskritischen Eigenschaft dieser Bauteile eine Lösung erforderlich.
- [PRESSWIRE] London, United Kingdom – 16 July, 2018 — Dentro de la industria nuclear, la soldadura de componentes de “sección gruesa” se pude llevar a cabo a través de varios procesos que resultan rentables, pero la presencia de magnetismo residual en los materiales ha dificultado la aplicación efectiva de estos procesos. Durante muchos años el objetivo ha sido encontrar un proceso adecuado que se pueda utilizar más ampliamente en la industria nuclear. Aunque la producción nuclear es baja, la naturaleza crítica de la seguridad de estos componentes exige una solución.
- [PRESSWIRE] London, United Kingdom – 16 July, 2018 — Within the Nuclear industry welding of “thick section” components can be completed through various processes that are cost-effective, but the presence of residual magnetism in the materials has hindered the effective application of these processes. For many years the aim has been to find a suitable process that can be used more widely across the Nuclear industry. Even though output within nuclear is low, the safety critical nature of these components demands a solution.
- 2018年6月29日（星期五）即时发布 – 英国的 Cambridge Vacuum Engineering (CVE) 公司开发的新型局部真空电子束焊接技术正在推动发电领域发生革命性的变化。EB ManPower 项目是 CVE、U-Battery、Cammell Laird 和 TWI 的合作项目。
- [PRESSWIRE] 2018年6月29 日 即時リリース – イギリスのケンブリッジ・バキューム・エンジニアリング (CVE) 社が開発したローカル型真空電子ビーム溶接技術の新型モデルが発電産業の技術革新を支援しています。EB ManPower プロジェクトは、CVE、U-Battery、Cammell Laird、TWI が共同で取り組む事業です。
- [PRESSWIRE] Freitag, den 29. Juni 2018 – Eine von Cambridge Vacuum Engineering (CVE) im Vereinigten Königreich entwickelte neue lokale Vakuum-Elektronenstrahlschweißtechnologie stellt heute eine bahnbrechende neue Entwicklung im Stromerzeugungssektor dar. Das EB ManPower-Projekt ist eine Kooperation zwischen CVE, U-Battery, Cammell Laird und TWI.
- [PRESSWIRE] Пятница, 29е июня 2018 г. – Фундаментально новая технология электронно-лучевой сварки с использованием местного вакуума, разработанная в Соединенном Королевстве компанией Cambridge Vacuum Engineering (CVE), способствует революции в энергетическом секторе. В совместном проекте под названием EB ManPower участвуют компании CVE, U-Battery, Cammell Laird и TWI.