ATLANTA–(BUSINESS WIRE)–Yesterday, Mercedes-Benz USA (MBUSA) employees and Atlanta Falcons player Bijan Robinson joined forces with nonprofit organization Little Free Library to build 175 book-sharing boxes, which will be filled with thousands of donated books and installed in communities across the country that have limited access to reading materials, including communities in Atlanta. Little Free Library aims to promote literacy and community engagement by offering free access to books thro

ATLANTA–(BUSINESS WIRE)–Yesterday, Mercedes-Benz USA (MBUSA) employees and Atlanta Falcons player Bijan Robinson joined forces with nonprofit organization Little Free Library to build 175 book-sharing boxes, which will be filled with thousands of donated books and installed in communities across the country that have limited access to reading materials, including communities in Atlanta. Little Free Library aims to promote literacy and community engagement by offering free access to books thro

FRAMINGHAM, Mass.–(BUSINESS WIRE)–Ameresco, Inc., (NYSE: AMRC), a leading cleantech integrator specializing in energy efficiency and renewable energy, today announced the release of its 2023 Impact Report on the theme of “Doing Well, by Doing Good: People, Planet and Policy.” The report demonstrates the lasting impact that Ameresco’s business has across employees, customers, partners, communities, planet, industry, and beyond. This year’s report showcases the multitude of ways that the compan

佛罗里达州好莱坞–(BUSINESS WIRE)–(美国商业资讯)– 增材制造商绿色贸易协会(“AMGTA”)是一个专注于推广可持续增材制造(“AM”)行业实践的全球倡导组织。该组织今天宣布了一项名为“金属AM原料特定能耗:一项比较”的研究项目的初步结果。该研究受AMGTA委托,由研究咨询公司Syntec Associates与针对复杂结构的完整模块化数字工厂Divergent Technologies合作进行,评估了三种关键的金属AM原料处理方法——气体雾化、机械研磨(特别是球磨)和拉丝,以确定生产原料的特定能源需求。研究结果表明,从能源角度来看,氦气雾化是用于生产常用合金金属粉末的最可持续的气体雾化方法,其次是氩气和氮气。雾化的特定能耗还主要取决于工艺参数和合金化学成分。此外,研究表明,与气体雾化相比,机械研磨(如果适合用于增材制造中的粉末生产)可显著降低特定能耗。 Divergent Technologies首席技术官兼AMGTA董事Michael Kenworthy表示:“在准备对我们的合金进行工业速率加工的生命周期评估时,我发现有关AM工艺和粉末雾化能耗的文献差异很大。

佛羅里達州好萊塢–(BUSINESS WIRE)–(美國商業資訊)– Additive Manufacturer Green Trade Association (「AMGTA」) 是一家致力於促進永續性積層製造 (「AM」) 業界實務的全球倡議組織,今天發表主題為「金屬積層製造原料比較」的研究專案初步結果。這項研究由 AMGTA 委託、交由研究顧問公司 Syntec Associates 與複雜結構完整模組化數位工廠 Divergent Technologies 共同合作,研究評估了三種關鍵的金屬積層製造原料加工方法:氣體霧化、機械銑削(特別是球磨) 和拉絲,以確定生產原料的具體能源需求。研究結果強調,從能源角度來看,氦氣霧化是用在常用合金金屬粉末生產的氣體霧化最為永續的方法,其次是氬氣,再來是氮氣。霧化的具體能源消耗大幅取決於製程參數和合金化學成分。此外,研究顯示,機械研磨若適用於積層製造的粉末生產,與氣體霧化相比,單位能源消耗會顯著降低。 「準備我們的合金工業加工程序的生命週期評估時,我發現有關積層製造和粉末霧化能源消耗的文獻有著明顯差異」,Divergent Techno

HOLLYWOOD, Florida–(BUSINESS WIRE)–La Additive Manufacturer Green Trade Association (“AMGTA”), una organización mundial dedicada a la promoción de prácticas sostenibles en el sector de la fabricación aditiva (“AM”), acaba de anunciar los resultados preliminares de un proyecto de investigación titulado “Specific Energy of Metal AM Feedstock: A Comparison” (Energía específica de la materia prima para la fabricación aditiva metálica: Una comparación). El estudio, encargado por la AMGTA y realiza

HOLLYWOOD, Flórida–(BUSINESS WIRE)–A Additive Manufacturer Green Trade Association (“AMGTA”), grupo global de defesa focado em promover as práticas de fabricação aditiva (“FA”) sustentável do setor, anunciou os resultados preliminares de um projeto de pesquisa intitulado “Energia específica de matéria-prima para FA de metais: uma comparação”. O estudo, comissionado pela AMGTA e conduzido pela empresa de consultoria em pesquisas Syntec Associates, em parceria com a Divergent Technologies, fábr

HOLLYWOOD, Florida–(BUSINESS WIRE)–La Additive Manufacturer Green Trade Association (“AMGTA”), un gruppo di sostegno globale il cui focus è la promozione della stampa 3D, oggi ha annunciato i risultati preliminari di un progetto di ricerca dal titolo “Specific Energy of Metal AM Feedstock: A Comparison”. Lo studio, commissionato dalla AMGTA e condotto dalla società di consulenza e ricerca Syntec Associates in collaborazione con Divergent Technologies, una fabbrica digitale modulare completa p

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