香港, 2024年12月31日 - (亞太商訊 via SeaPRwire.com) - 中國船舶環保設備及系統提供商 - 上海匯舸環保科技集團股份有限公司（「匯舸環保」或「集團」，股份代號：2613），今天宣佈於香港聯合交易所有限公司（「香港交易所」）主板上市計劃。匯舸環保將全球發售10,000,000股H股，其中1,000,000股H股將作香港發售（可予重新分配），佔初步發售股份總數10%；9,000,000股H股將於國際發售（可予重新分配），佔初步發售股份總數90%，發售價介乎31.8港元至39.8港元。匯舸環保將於2024年12月31日（星期二）早上9時正，開始於香港公開發售，並於2025年1月6日（星期一）中午12時截止。集團的股份預計將於2025年1月9日（星期四）於香港聯交所主板開始買賣，股份將按每手買賣單位100股買賣，股份代號為2613。中信證券（香港）有限公司及中國銀河國際證券（香港）有限公司為聯席保薦人、整體協調人、聯席全球協調人、聯席賬簿管理人及聯席牽頭經辦人。法國巴黎證券（亞洲）有限公司為整體協調人、聯席全球協調人、聯席賬簿管理人及聯席牽頭經辦人。匯舸環保是一家中國船舶環保設備及系統提供商，服務世界各地的航運公司及船東客戶。根據弗若斯特沙利文的資料，於二零二三年十二月三十一日，按船舶廢氣淨化系統的二零二三年已完成訂單總數及累計手頭訂單量計，集團在中國船舶廢氣淨化系統提供商中排名第三，在全球所有船舶廢氣淨化系統提供商中排名第四。集團於二零一七年開展業務，推出首款產品船舶廢氣淨化系統。現已開發及商業化銷售多種船舶環保設備及系統。具體而言，集團的設備及系統旨在幫助客戶（例如船東）減少硫化物及GHG 排放。此外，集團通過提供內部設計以及供應設備及系統來提高船上生活條件及加強海事作業，旨在幫助客戶改善其船員的生活質素。受惠于ESG監管框架及海洋環境保護相關倡議所帶動日益壯大的全球市場作為船舶環境保護設備及系統提供商，匯舸環保受惠於日趨嚴格的ESG 監管框架及海洋環境保護相關倡議所帶動的日益壯大的全球市場。匯舸環保的設備及系統助力集團的客戶追求更高效及可持續的商業運營。對集團設備及系統的需求亦受到各種ESG 相關要求的帶動。例如，國際海事組織將燃料油的硫上限設定為0.5%，自二零二零年起生效，並推出EEXI 及CII 等措施，自二零二三年起生效。於二零二三年七月七日，國際海事組織修訂了其GHG 減排戰略，其目標是到二零五零年實現淨零排放的中長期里程碑。此外，歐洲聯盟從二零二四年開始引入歐盟航運排放交易系統，以及即將出台的二零二五年FuleEU 海事法規。不斷發展的ESG監管框架為集團的設備及系統的銷售增長做出了貢獻，並將繼續做出貢獻。研發及創新能力，捕獲快速變化的市場需求集團的研發及創新能力使其能夠快速回應市場需求，開發新設備及系統，幫助船東和造船商應對不斷演進的環保要求以及彼等的獨特需求。例如，集團的產品船舶廢氣淨化系統已經歷四代升級，每一代在脫硫效率方面均有所提升。集團船舶廢氣淨化系統的核心部件脫硫塔具有輕量化設計特點，可降低船舶的功耗。為縮短安裝時間，節省船東船舶運作中斷的時間和成本，集團已對產品進行模組化。匯舸環保位於上海及里斯本的研發團隊還利用各自的優勢合作建立不同研發階段的設備及系統及交換研發成就。兩個研發團隊各自均可獨立展開研發工作，對集團的創新戰略至關重要。強大的全球服務網絡，服務多元優質的客戶群匯舸環保位於上海的服務中心及中國附屬公司為國內及全球市場提供服務。集團位於新加坡的服務中心為東南亞市場提供服務。集團通過服務承包商提供全球服務，包括亞洲、歐洲、美洲及中東。匯舸環保的服務中心負責在集團的全球服務網絡提供客戶服務及技術指導，且其還進行營銷活動。通過全球服務網絡，集團為客戶提供從售前技術諮詢到售後維護的服務，已培育一個全球服務網絡。匯舸環保致力保持快速響應的溝通渠道，確保全天候確認並解決客戶反饋的問題。集團的客戶群現在遍佈多個國家及地區，包括亞洲、歐洲、美洲及中東，展示了匯舸環保的全球影響力和客戶對集團設備及系統的信任。全方位的定制型船舶環境保護設備及系統集團是擁有不僅涵蓋船舶脫硫系統、船舶節能裝置及船舶清潔能源供應系統，同時還提供涵蓋社會層面的海事服務（包括船舶內裝，以改善船員的工作及生活環境）的成套設備及系統的少數從業者之一。憑藉全面的產品組合，集團能夠按照客戶的獨特需求為彼等提供定制的設備及系統組合。集團定制化方法對客戶有利，因為其使集團能夠客制化設備及系統，從而滿足不同船舶的不同規格和技術要求。每套設備及系統均可進行定制，以符合個別的船舶類型、客戶需求、航綫及船舶登記，集團定制從理解客戶需求開始，到進行現場3D掃描建模，形成技術建議及圖紙，其後提交至船級社及客戶供審查和認證，最後進行採購、製造、安裝及調試。強大的供應鏈管理能力及嚴格的質量控制匯舸環保具備強大的供應鏈管理能力，該能力垂直整合集團設備及系統的所有關鍵組成部分。這進而亦確保了質量的控制。集團向國內外知名供應商採購零部件及原材料，包括海水泵，水質分析儀，煙氣分析儀，以及氮氣系統。匯舸環保的供應鏈能力使集團能夠對成本、質量及進度保持控制權，確保可靠及具成本效益的設備及系統開發及業務運營。集團已建立產品質量控制體系且集團的生產設施已從包括法國船級社及勞氏船級社在內的主要船級社獲得對船舶廢氣淨化系統及相關產品的工廠認證。集團的其他產品已獲得包括美國船級社、勞氏船級社、挪威船級社、法國船級社、日本海事學會及中國船級社在內的主要船級社的認證。匯舸環保採用「以銷定產」模式，使集團的生產計劃與銷售訂單量保持一致。此舉最大限度地減少了生產過剩和庫存過剩的風險。上海匯舸環保科技集團股份有限公司CONTIOCEAN ENVIRONMENT TECH GROUP CO., LTD.資料摘要全球發售詳情：全球發售之股份數目:10,000,000股H股香港發售股份數目:1,000,000股H股(可予重新分配)國際發售股份數目:9,000,000股H股(可予重新分配)最高發售價:每股H股39.8港元，另加1%的經紀傭金、0.0027%證監會交易徵費、0.00015%會財局交易徵費及0.00565%聯交所交易費（須於申請時以港元繳足， 多繳股款視乎最終定價可予退還）每手買賣單位:100 股H股香港公開發售開始:2024年12月31日(星期二) 上午9時香港公開發售結束公佈股份配售和發售結果::2025年1月6日(星期一) 中午12時2025年1月8日(星期三)預計上市日期:2025年1月9日(星期四)股份代號:2613所得款項用途：經扣除就全球發售應付的包銷傭金及其他估計開支後，按發售價為每股H股35.8港元（指示性發售價範圍的中位數）計算，公司估計將自全球發售收取所得款項淨額約312.0百萬港元，並計劃作下列用途：- 約50.0%（或156.0百萬港元）將用於研發。- 約15.0%（或46.8百萬港元）將用於潛在併購。- 約15.0%（或46.8百萬港元）將用於投資在中國內地或東南亞設立生產設施。此外，亦會就生產設施採購製造及倉儲物流設備，並購置信息技術軟件和硬件。- 約10.0%或31.2百萬港元將用於在國際上設立四間服務中心，包括亞洲、歐洲及中東。公司亦會升級服務中心。- 約10.0%（或31.2百萬港元）將用作營運資金及一般企業用途。此新聞稿由博達浩華國際財經傳訊集團代表上海匯舸環保科技集團股份有限公司發佈。如有垂詢，請聯絡︰博達浩華國際財經傳訊集團馮嘉莉+852 3150 6763kelly.fung@h-advisors.global楊冬梅+86 150 2184 0493may.yang@h-advisors.global薛穎心+852 3150 6782bonnie.xue@h-advisors.global Copyright 2024 亞太商訊 via SeaPRwire.com.

香港, 2024年12月30日 - (亞太商訊 via SeaPRwire.com) - 專營藻油DHA、益生菌、維生素、多維營養素及藻鈣產品的中國領先母嬰營養製成品營銷、銷售及分銷商紐曼思健康食品控股有限公司（"紐曼思"或"集團"），今日公佈在香港聯合交易所有限公司（"香港聯交所"）主板上市計劃的詳情。集團擬發售合共250,000,000股股份，其中225,000,000股股份作國際發售（可予重新分配），25,000,000股股份作香港發售（可予重新分配）。指示性發售價範圍介乎每股發售股份0.80港元至1.09港元。假設發售價為每股發售股份0.95港元（即指示性發售價範圍的中位數）及超額配股權未獲行使，經扣除就全球發售應付的包銷費及相關上市開支後後，預計全球發售所得款項淨額約為156.3百萬港元。香港公開發售將於2024年12月30日（星期一）開始，並於2025年1月7日（星期二）正午結束。股份預期將於2025年1月10日（星期五）於香港聯交所主板掛牌買賣，股份代號為2530，每手買賣單位為8,000股股份。財通國際融資有限公司的獨家保薦人及獨家整體協調人。財通國際證券有限公司及富華建業證券有限公司為聯席全球協調人、聯席賬簿管理人及聯席牽頭經辦人。中國光大證券（香港）有限公司、First Fidelity Capital (International) Limited、富途證券國際（香港）有限公司、輝立證券（香港）有限公司、東吳證券國際經紀有限公司及眾宸證券有限公司為聯席賬簿管理人及聯席牽頭經辦人。投資亮點紮根母嬰營養品行業多年，擁穩健的市場定位及高度品牌認可紐曼思早於2007年進軍中國母嬰營養品市場，為中國母嬰營養品行業藻油DHA分部的專屬品牌擁有人。集團以專屬品牌"紐曼思"及"紐曼斯"（Nemans）營銷營養品，滿足孕婦及產後婦女、嬰兒以至兒童不同階段的營養需求。集團憑藉在行業的悠久歷史及良好聲譽、產品質量優良加上完善且多元化的銷售及分銷網絡，使集團從競爭對手中脫穎而出，並持續保持競爭優勢，從而把握市場上不斷湧現的機遇。紐曼思之業務穩步上升，收益由2021財政年度的約人民幣337.6百萬元增加至2023財政年度的約人民幣426.5百萬元；毛利率於2021至2023財政年度、以及2023及2024年6個月，維持穩定於70%以上。經調整純利[1]由2021財政年度的約人民幣130.4百萬元增加至2023財政年度的約人民幣172.3百萬元，升幅達32%。根據弗若斯特沙利文諮詢報告，集團在2023財政年度於中國藻油DHA市場的零售銷售值，無論是與中國市場國際及國內藻油DHA品牌相比，還是僅與國內藻油DHA品牌比較，均位居首位。憑藉藻油DHA產品的成功，集團持續推廣其專屬品牌下的其他營養品（如益生菌、維生素、多維營養素及藻鈣產品），以滿足消費者的不同需求和消費偏好。多年來，集團榮獲包括2021天貓雙11全球狂歡節的"增長引擎獎"、"2022年度天貓嬰童食品行業獎 - 年度超級單品獎 - 年度寶寶營養品"及"2023財年天貓國際品類冠軍營"在內的各種獎項，彰顯其營養品深受市場認可。多元銷售渠道，擴大市場滲透紐曼思在中國擁有多元化且覆蓋線上及線下渠道的銷售及分銷網絡。集團的線上銷售渠道包括在中國流行的網購平台，而鑑於近年來電子商務日益普及加上消費者對網上資訊的依賴，集團亦會透過線上銷售渠道提供資訊及宣傳其營養品與品牌。於2021財政年度、2022財政年度、2023財政年度及2024年6個月，線上銷售渠道的收益占相應年度╱期間的收益分別64.1%、66.3%、73.0%及80.7%。於往績期間，集團有絕大部分的收益來自網購平台，包括淘寶、抖音及京東。線下銷售渠道方面，於2024年6月30日，集團委聘了17名地區分銷商於中國各地銷售及分銷產品。集團的產品藉助該等地區分銷商的下游銷售渠道，如藥房、母嬰產品店、產後護理中心、零售店及其次級分銷商，滲透入中國各地的市場。集團亦定期對各分銷商進行管理、監察並培訓，確保他們熟知集團的營養品。該等線下銷售渠道佈局，令集團的產品得以覆蓋中國多地，並加速進入中國各主要城市的步伐。集團相信，其在中國的多元化銷售及分銷網絡賦予集團堅實的基礎，以利於進一步擴大產品銷售，並提高產品及品牌的市場認可度。同時，該等多元化的銷售及分銷網絡亦有助集團降低在任何當地市場的集中風險。策略性地選擇主要原材料海外供應商，提升市場信心紐曼思相信，維持營養品所用原材料的質量及安全是成功的關鍵。因此，集團透過策略性地選擇營養品的主要原材料海外供應商，維護及保持產品質量。具體而言，集團嚴格要求藻油DHA成品供應商使用全球藻油DHA市場的領導者帝斯曼集團[2]供應的主要原材料，及要求所有益生菌產品的供應商使用益生菌原材料供應商[3]供應的原材料。根據弗若斯特沙利文諮詢報告，使用國際一流原材料的產品備受中國母嬰營養品行業的消費者歡迎。因此，集團這一策略有助保證其產品質量、提升消費者信心，從而維護及提高集團的聲譽。集團對產品品質的堅持亦備受行業肯定。集團榮獲由寶寶樹（中國孕產婦及嬰兒社區平台）頒發的"Babytree寶寶樹金樹獎 - 2020年度優質國民品牌獎"，由CBME孕嬰童展頒發的"CBME 2020感恩同行共生未來 - 榮耀品牌夥伴獎"及由育兒網（一家中國育兒網站）頒發的"2021年度育兒網橙品清單媽媽口碑之選 - 寶寶用品年度人氣營養品"。集團亦於2019年至2021年連續三年獲得由母嬰行業觀察及櫻桃大賞評委會頒發的"櫻桃大賞 - 年度嬰幼兒營養品品牌最佳表現力大獎"及於2022年獲得"第八屆櫻桃大賞 - 年度嬰幼兒營養品品牌傑出表現力大獎"；並於2023年，再次榮獲"天貓國際母嬰行業紫曜雷霆獎"。管理團隊經驗豐富，確保業務可持續發展紐曼思由一支經驗豐富及盡忠職守的管理團隊帶領，團隊具備有關中國營養品市場的豐富經驗及淵博知識。集團的主席、行政總裁及執行董事王平先生於企業營運及管理方面擁有超過20年經驗，自集團成立以來一直管理本集團。而負責集團整體營運及管理的安勇先生，曾任澳美澳乳業總經理，擁有超過17年的食品行業。同時，集團的其他高級管理層成員於營養品行業擁有多年經驗或具備相關的管理和財務專長，令集團得以制定及實施適當的業務策略，快速應對中國營養品市場瞬息萬變的市場環境及需求，有助集團實現可持續增長。業務策略紐曼思的業務目標是實現可持續增長、提高市場份額及鞏固集團在中國營養品市場的市場地位。為進一步實現該等目標，集團計劃採取以下策略：透過多種方法增加營銷投入，提升集團品牌知名度紐曼思相信，成功的品牌建設是業務發展的關鍵。集團已經將"紐曼思"及"紐曼斯"（英文名稱為"Nemans"）發展為在中國獲高度認可的品牌。自2007年首次對出DHA產品以來，集團的營銷、銷售及分銷主要集中於中國的一線、新一線及二線城市，但廣東省、江蘇省、山東省、浙江省及安徽省的若干三、四線城市（如汕頭、江門、揭陽、湛江、肇慶、潮州、清遠等）（"選定城市"）的營養品行業亦存在巨大潛力和機遇。根據弗若斯特沙利文諮詢報告，選定城市的營養品市場總規模2018至2023年複合年增長率約為28.6%，預期至2028年複合年增長率將達19.9%；其年度人均可支配收入約為人民幣25,000元至人民幣68,000元，與該等省份的一、二線城市有或多或少的重迭區間；由於業內領先品牌歷來集中在中國的一線、新一線及二線城市進行營銷及銷售，選定城市的市場競爭亦較小。有見及此，為進一步推廣產品、提升品牌知名度及形象，並加強尤其是對現有銷售及分銷網絡尚未覆蓋或覆蓋不足的較低發展地區的滲透力，集團擬透過不同的方式加強市場營銷工作，進一步擴大銷售及分銷網絡，提高線上及線下渠道的銷售額。對於線上渠道，集團將在社交媒體平台及網購平台進行網上營銷以及推廣其品牌及產品。而針對線下渠道，集團將擴大線下銷售網絡、舉辦及參與會議、大型貿易展覽會及業界活動。集團已計劃於未來三年各年底前舉辦約15至20場會議。在香港推廣集團的產品，並將銷售網絡擴展到當地根據弗若斯特沙利文諮詢報告，鑑於在中國母嬰營養品行業，使用進口原材料的產品頗受客戶青睞，國內品牌在香港開設辦事處和商店，應可進一步加強其進口原材料和海外加工的產品在客戶心中的形象及印象，而在香港銷售的營養品亦被中國消費者認為更值得信賴和可靠。因此，集團計劃透過在香港推廣其產品，並將銷售網絡延伸至當地，進一步加強其品牌形象。為此，集團擬在香港中環一個購物中心設立一家零售店；加之其藻油DHA及益生菌產品使用國際供應商提供的主要原材料，集團相信，有關策略可進一步加強集團品牌的國際元素。同時，集團計劃聘請設於香港的獨立營銷代理，在香港為集團的產品開展一系列的促銷活動。有關營銷及推廣服務將包括：電視廣告、戶外平面廣告、開幕活動管理、贊助管理、數字平台策略性推廣，及在嬰童展和其他巡迴展覽中進行推廣。集團亦擬於香港設立一個辦事處及倉庫，以支持集團當地零售店運作及產品分銷。所得款項用途項目約向着名且受歡迎的KOL購買營銷及推廣服務34.5%購買電商公司的品牌營銷及推廣產品22.0%參與會議及大型貿易展覽會及業界活動7.0%在香港中環一座購物中心設立零售店12.6%聘請香港的獨立營銷代理18.0%在香港設立辦事處及倉庫5.9%關於紐曼思健康食品控股有限公司紐曼思健康食品控股有限公司是一家專注於高品質藻油DHA、益生菌、維生素、多維營養素及藻鈣產品的中國領先營養製成品營銷、銷售及分銷商。作為中國母嬰營養品行業藻油DHA分部的專利品牌擁有人，集團旗下兩大核心品牌"紐曼思"及"紐曼斯"（Nemans），透過多元化的銷售及分銷網絡，為中國消費者提供優質的健康及營養解決方案。根據弗若斯特沙利文諮詢報告，集團在2023財政年度於中國藻油DHA市場的零售銷售值，無論是與中國市場國際及國內藻油DHA品牌相比，還是僅與國內藻油DHA品牌比較，均位居首位。此外，在使用海外供應商供應的藻油DHA原材料的中國前五大母嬰藻油DHA國內品牌中（總計市佔率達62.3%），集團的零售銷售值高居榜首。如欲了解更多，請訪問集團官方網站：https://www.numans.cc/[1] 經調整純利（非香港財務報告準則計量）的定義為加回上市開支的經調整年╱期內純利。[2] 根據弗若斯特沙利文諮詢報告，帝斯曼集團被視為中國藻油DHA市場的領導者，按產量及價值計算，於2023年製造中國藻油DHA市場超過40%的原材料及成品。[3] 根據弗若斯特沙利文諮詢報告，該供貨商於2023年為中國最大益生菌原材料供貨商之一，占當年中國益生菌原材料供應市場總收益約35%。 Copyright 2024 亞太商訊 via SeaPRwire.com.

香港, 2024年12月30日 - (亞太商訊 via SeaPRwire.com) - 香港醫療工程業界一直積極響應香港特別行政區政府推動先進科技建築法，以實現高效建築。業界於2020年採用先進的「組裝合成」（MiC）建造技術，配以「機電裝備合成法」（MiMEP），成功建造全球首個組裝合成可快速建造的高規格負壓隔離病房的模組。該模組早在2020年第一波疫情開始被徵用作抗疫用途。疫後負壓隔離病房的模組被轉送到九龍灣建造業零碳天地作為期約兩年的公眾展覽，以推廣組裝合成建築法。模組於2025年完成公眾展覽後，部分組件將會被回收，作進一步研究等用途。此項目展現了創新工程技術在用於公共衛生方面的巨大潛力，並為模組化設計傳染病隔離設施的技術奠定了堅實的基礎。香港工程業界過去一直群策群力，運用嶄新思維和技術，為對抗新冠疫情出一分力。由設計草圖到落成項目，業界僅用了四個月的時間，於2020年5月成功打造出媲美醫院規格的負壓隔離病房，並成為全球首例，及後此設計方案更被譽為「港版火神山」。此設施設計展現了香港工程界的專業能力、創新精神以及在危機時刻的快速應變能力，更為全球應對這類事件提供了重要的參考範例。該項目採用先進的MiC建造技術，配以MiMEP兩種高效建築方法相輔相成，共同提高建築效率，讓整個建造周期僅需約一個月的時間。MiC技術允許近八成的工序在工廠預製完成，再運送至現場快速組裝和調試，顯著縮短了在工地的建造時間，並確保了工程質量和可持續性。經嚴格的通風測試驗證，這些病房能提供高效的負壓隔離環境，有效阻斷高傳染性病毒粒子經空氣的傳播。隔離病房設計的特點是不需外置大量風喉等的中央空調系統支援，以 MiMEP 內藏的通風空調自給自足形成所需的空氣流向設計，得以有效控制感染。因應香港寸金尺土的情況，須設計出能在狹小空間建成的項目，這個「高度濃縮設計」在當時來說是全球首例。香港工程師學會前會長、英國屋宇裝備工程師學會前副會長、英國醫療工程學會香港分會主席源栢樑教授、工程師表示：「當年受到國家『火神山』項目的啟發，開始構思如何在有限的空間內建成高規格的隔離病房，要有雙門連鎖控制，以達至精準控制氣流走向，為了便於運輸，因此以標準貨櫃箱體積為藍本而設計，是其中一個理想的選項。結合MiC和MiMEP兩種建築方法，可實現病房自給自足的通風空調設計，以及透過較小的機電模組連接每間病房供電，這項創新設計亦成為當時的全球首例。」源教授在其時亦分享了這設計給各工程同業，合作建設更多合適的隔離設施。源教授補充：「組裝合成高規格負壓隔離病房的成功，證明了工程創新在應對公共衛生挑戰中的重要作用。該項目已完成其歷史任務，但這並非終點，我期望透過這次成功的經驗，更好地響應政府以此新穎的高效建築方法，建造更多先進的建築項目，並鼓勵香港更多工程師投身創科創新行列，攜手演譯及說好香港工程故事。」香港工程師學會前會長、英國屋宇裝備工程師學會前副會長、英國醫療工程學會香港分會主席源栢樑教授、工程師衷心感謝工程業界的鼎力支持，群策群力於2020年採用先進的「组裝合成」（MiC）建造技術，配以「機電裝備合成法」（MiMEP），成功建造全球首個组裝合成可快速建造的高規格負壓隔離病房的模组，成就香港工程界的創舉。此組裝合成高規格負壓隔離病房的設計特點是不需外置大量風喉等的中央空調系統支援，以「機電裝備合成法」（MiMEP）內藏的通風空調自給自足形成所需的空氣流向設計，得以有效控制感染。圖示香港工程師學會前會長、英國屋宇裝備工程師學會前副會長、英國醫療工程學會香港分會主席源栢樑教授、工程師進行煙霧測試，顯示空氣只會單向流入病房，或經通風系統被抽走。經嚴格的通風測試驗證，此組裝合成高規格負壓隔離病房能提供高質量的負壓隔離環境，有效阻斷高傳染性粒子經空氣的傳播。疫後高規格負壓隔離病房的模組被轉送到九龍灣建造業零碳天地作為期約兩年的公眾展覽，以推廣組裝合成建築法。模組於2025年完成公眾展覽後，部分組件將會被回收，作進一步研究等用途。此組裝合成高規格負壓隔離病房除了在出入口安裝雙重門控制氣流之外，亦設有紫外光消毒雙重門傳遞箱，方便病人隨時接收房外物資的同時，盡量減少醫護人員進出病房的次數，降低病毒傳播的風險。此組裝合成高規格負壓隔離病房的設計特點是不需外置大量風喉等的中央空調系統支援，以「機電裝備合成法」（MiMEP）內藏的通風空調自給自足形成所需的空氣流向設計，即空氣只會流入病房，不會從病房流出，得以有效控制感染。此組裝合成高規格負壓隔離病房的設計特點是不需外置大量風喉等的中央空調系統支援，以「機電裝備合成法」（MiMEP）內藏的通風空調自給自足形成所需的空氣流向設計，即空氣只會流入病房，不會從病房流出，得以有效控制感染。關於源栢樑教授、工程師源栢樑教授、工程師是一位專業工程師，他為香港醫療工程界服務四十年。早年在香港政府部門任職期間，源教授、工程師開始參與醫院的建造、營運和維護。目前，他在公營醫療機構負責監督醫院的工程設施設計及管理。他亦帶領環境及能源可持續發展方面的工作，涵蓋本港現有醫院、新建及擴建醫院項目。在對抗新冠肺炎疫情方面，他憑藉多年有關研究及設計和建設醫院通風系統設施的經驗，適時創新設計及改建醫院內病房為負壓病房包括亞博館社區治療設施，以應付公共醫療對隔離設施的急切需求。抗疫其間源教授更擔當政府「食肆換氣量規定工作小組」主席，在短短幾個月內為逾 18,000 家食肆改善通風，為社區的疫情防控帶來莫大裨益。他早年亦受世界衛生組織及聯合國項目事務邀請擔任專家顧問，數度到印尼為當地公立醫院建造隔離病房給予工程技術指導。源教授、工程師為「香港工程師學會」前任會長，現任香港「工程師註冊管理局」主席，「英國醫療工程學會」香港分會主席，以及「英國屋宇裝備工程師學會」前任副會長。源教授、工程師於二零二三年再度獲選為「國際工程技術士協定」副主席，並同時當選出任「首爾協議」主席，亦成為「國際工程聯盟」執委會成員。源教授、工程師積極參與全球各個國際工程專業組織及平台工作，為鞏固工程專業水平及推動工程界有更廣泛流動性作出不少貢獻，獲 「英國能源學會」頒授榮譽院士、及「英國醫療工程學會」終身成就奬，最近更獲得「英國屋宇裝備工程師學會」授予學會最高榮譽的金奬奬章，他亦已作為委員服務了「中國醫院協會」醫院建設分會接近二十年。在二零二零年，源教授獲香港特別行政區頒授「行政長官社會服務獎狀」，以表彰他於對抗新冠疫情所作出的傑出貢獻。 Copyright 2024 亞太商訊 via SeaPRwire.com.

HONG KONG, Dec 30, 2024 - (ACN Newswire via SeaPRwire.com) – Hong Kong's healthcare engineering sectors have actively responded to the Hong Kong SAR Government's efforts to promote advanced and modern construction technologies for fostering efficient building construction practices. In 2020, the industry adopted the innovative “Modular Integrated Construction” (MiC) technology, coupled with the “Multi-trade Integrated Mechanical, Electrical and Plumbing” (MiMEP) construction method, to construct the world’s first high-standard negative-pressure isolation ward module that could be assembled and deployed fast and easy. The module was repurposed for anti-epidemic use during the first wave of the COVID-19 pandemic that year. After the pandemic, the negative-pressure isolation ward module was put on public display at the CIC-Zero Carbon Park in Kowloon Bay to promote the MiC construction method. When the about two-year display ends in 2025, parts of the module will be recycled for purposes including reuse and further research. The project has demonstrated the immense potential of innovative engineering technologies in serving public health needs and laid a solid foundation for modular design in constructing infectious disease isolation facilities.The engineering sector in Hong Kong putting all heads together, applying innovative thinking and technologies, contributed to the fight against the COVID-19 pandemic raging in 2020. It took the industry only four months, starting from initial sketching to completing the project, to deliver in May 2020 a negative-pressure isolation ward meets hospital-grade standards, the first of its kind globally and was later hailed as the “Hong Kong version of Huoshenshan Hospital.” The facility exemplified the professionalism, innovative spirit, and rapid crisis response capabilities of Hong Kong’s engineering sector. Moreover, it has provided a significant reference model for the concerned global community in addressing similar events.The project used advanced MiC technology, plus the MiMEP construction method, which together significantly enhanced construction efficiency, shortening the entire construction cycle to just about a month. MiC technology enabled close to 80% of the construction process to be prefabricated in factories before being transported to the site for rapid assembly, adjustment, and testing. The approach not only drastically reduced on-site construction time, but also ensured high-quality standards and sustainability. Rigorous ventilation tests verified that the isolation ward could provide an effective negative-pressure environment, efficiently blocking the spread of highly infectious airborne viral particles. A distinctive feature of the design is it does not rely on a centralised air conditioning system with extensive external ventilation ducts. Instead, the MiMEP system's built-in ventilation and air conditioning provide a self-sufficient airflow design, effectively controlling infection. Given her limited land resources, Hong Kong needs designs that can fit into small spaces, and the project was then a “highly condensed design” unprecedented in the world.Ir Prof P L YUEN, Past President of the Hong Kong Institution of Engineers (HKIE), Past Vice President of the United Kingdom Chartered Institution of Building Services Engineers (CIBSE), and Chairman of the Hong Kong Branch of the United Kingdom Institute of Healthcare Engineering and Estate Management (IHEEM), said, “Inspired by the country’s 'Huoshenshan' project at the time, we began exploring how to construct high-standard isolation wards for limited spaces. The design required interlocking double-door control to precisely regulate airflow. To ease transportation, using the dimensions like those of a standard shipping container in our blueprint was an ideal option. By integrating MiC and MiMEP construction methods, we achieved a self-sufficient ventilation and air-conditioning design for the ward, matching with a compact electrical and mechanical module to supply its power and other engineering services demand. That innovative design was also the world’s first at the time." Prof Yuen also shared this design with fellow engineers, fostering collaboration to construct more suitable isolation facilities.Professor Yuen added, "The successful project shows that engineering innovation has a vital role to play in addressing public health challenges. While this project has fulfilled its historical mission, it is not the end. I hope it will encourage wider adoption of the proven method, novel and efficient, in other advanced building projects, which the Government is keen to promote. Furthermore, I hope it will inspire more local engineers to embrace innovation and technology, and together show and tell the many success stories of Hong Kong engineering."Ir Prof P L Yuen, Past President of the Hong Kong Institution of Engineers(HKIE), Past Vice President of the United Kingdom Chartered Institution ofBuilding Services Engineers (CIBSE), and Chairman of the Hong Kong Branchof the United Kingdom Institute of Healthcare Engineering and EstateManagement (IHEEM), expressed his heartfelt gratitude to the engineeringsector for their unwavering support. Working as one, in 2020, , the industry adopted the advanced “Modular Integrated Construction” (MiC) technology,coupled withthe “Multi-trade Integrated Mechanical, Electrical, and Plumbing” (MiMEP)construction method, to construct the world’s first high-standard negative-pressure isolation ward module that could be assembled and deployed superfast, marking a groundbreaking achievement of Hong Kong’s engineering sector.The design of the high-standard negative-pressure isolation ward featuresa self-sufficient airflow system enabled by the MiMEP construction method,that does not require a centralised air-conducting system withextensive external ventilation ducts. The built-in ventilation and air-conditioning system can effectively control infection by creating the necessary airflow path in the ward. Picture shows Prof Yuen conducting a smoke test showing air only flowing in one direction into the ward or being extracted through the ventilation system.Rigorous ventilation tests verified that the high-standard negative-pressureisolation ward can provide a high-quality negative-pressure environment,effectively blocking the transmission of highly infectious airborne particles to outside occupying areas.After the pandemic, the high-standard negative-pressure isolation ward module was put on an about two-year public display at the CIC-Zero CarbonPark in Kowloon Bay to promote the “Modular Integrated Construction” (MiC)method. When the display ends in 2025, some components of the module willbe recycled for purposes including reuse and further research.In addition to the double interlocking door control systems installed at the entrances to regulate airflow, the high-standard negative-pressure isolation ward is equipped with ultraviolet (UV) disinfection dual-door pass-through boxes to give patients convenience access to external supplieswhile minimising the need for medical staff to enter and exit the ward, assuch reduce viral transmission risks.The design of the ward eliminates the need for extensive external ventilation ducts or a centralised air-conditioning system. Instead, it utilises the self-sufficient ventilation and air-conditioning system coming with the MiMEP construction method that ensures a controlled only-into-the-ward airflow to effective prevent infection transmission.The design of the ward eliminates the need for extensive external ventilation ducts or a centralised air-conditioning system. Instead, it utilises the self-sufficient ventilation and air-conditioning system coming with the MiMEP construction method that ensures a controlled only-into-the-ward airflow to effectively prevent infection transmission.About Ir Prof P L YUENIr Prof P L YUEN is a professional engineer of 40 years in the healthcare engineering sector in Hong Kong. Early in his career, he worked in government departments, where he was responsible for construction, operation and maintenance of hospitals. Currently, he oversees the design and management of hospital engineering facilities within public healthcare institutions. Additionally, he leads the environmental and energy sustainability initiatives of both existing and planned hospitals, as well as hospital expansion projects across Hong Kong.On combating the COVID 19 pandemic, armed with years of experience in research, design and construction of hospital ventilation system facilities, he was able to timely innovate and turn hospital wards into negative-pressure wards, including the community treatment facility at AsiaWorld-Expo, to meet the urgent need for public medical isolation facilities. During the epidemic, he was Government appointed Chairman of the Working Group on Implementing the Requirement on Air Change or Air in Dine-in Purifiers Restaurants that helped more than 18,000 eateries in Hong Kong improve ventilation in a few months, contributing to pandemic control in the community. Early in his career, he was invited by WHO and UNOPS to be their expert advisor and had travelled several times to Indonesia to offer technical guidance on how to build isolation wards across public hospitals there.Ir Prof YUEN is the past President of the Hong Kong Institution of Engineers (HKIE), the current Chairman of the Engineers Registration Board in Hong Kong, the Hong Kong Branch Chairman of the United Kingdom Institute of Healthcare Engineering and Estate Management (IHEEM) and the past Vice President of the United Kingdom Chartered Institution of Building Services Engineers (CIBSE). In 2023, he was re-elected as Deputy Chair of the International Engineering Technologists Agreements (IETA) and was elected as Chair of the Seoul Accord. He is also a member of the Executive Committee of the International Engineering Alliance (IEA). An active participant in the work of international professional organisations and platforms, he has contributed much to consolidating the professional standard and promoting mobility of the engineering sector. He was bestowed Fellowship by the Energy Institute (EI) UK and received the Lifetime Achievement Award from IHEEM UK, and recently the Gold Medal, the highest honour, from UK CIBSE. He has been a Council member of the China Hospital Association's Architectural Research Branch for close to two decades. In 2020, for his outstanding contribution to the fight against COVID-19, Ir Prof YUEN was presented the “Chief Executive’s Commendation for Community Service” by the Hong Kong SAR Government. Copyright 2024 ACN Newswire via SeaPRwire.com.

Boca Raton, Florida--(ACN Newswire via SeaPRwire.com - December 30, 2024) - Atlas Lithium Corporation (NASDAQ: ATLX) ("Atlas Lithium" or "Company"), a leading lithium pre-production company, is pleased to announce two pivotal additions to its leadership team, marking a significant step forward in the Company's journey to becoming a leading lithium producer at its Neves Project in Brazil's thriving Lithium Valley.Strengthening Project Implementation Expertise with Eduardo QueirozEduardo Queiroz joins Atlas Lithium as Project Management Officer (PMO) and Vice President of Engineering, bringing over 20 years of hands-on experience managing complex, large-scale mining projects, and making him the perfect addition to drive the Company's Neves Project to revenue generation. Mr. Queiroz has more than two decades of expertise in managing large-scale and complex mining projects, most recently as General Manager of Planning and Management at Bamin, a unit of Eurasian Resources Group, where he successfully led the strategic planning of several projects over US$3 billion, including an integrated iron ore mining project encompassing mining operations, processing plant, railway, and ocean port facilities. His comprehensive experience includes engineering oversight, environmental compliance, risk management, and the implementation of cost-efficient operational strategies. He holds an MBA in Project Management from Fundação Getúlio Vargas and a degree in Civil Engineering from the Universidade Federal de Ouro Preto."Eduardo's arrival could not come at a better time," said Marc Fogassa, CEO and Chairman of Atlas Lithium. "As we prepare to transition into production, his proven track record in the implementation of Brazilian mining projects will be instrumental in our success. We are honored and thrilled to have him on our team."Expanding Asian Market Presence with Lili WuIn addition to strengthening our technical capabilities, Atlas Lithium is expanding its global footprint with the appointment of Lili Wu as Head of Business Development for Asia. Based in Beijing, Ms. Wu brings a wealth of knowledge and an extensive network in the lithium and battery materials industries. Her prior roles at InsightWoo and IHS Markit (now part of S&P Global) demonstrate her ability to drive results in international markets. From negotiating long-term procurement agreements to advising top financial institutions on lithium investments, she has a proven ability to add value in the ever-evolving lithium supply chain. Ms. Wu holds a Master's degree in Accounting from the University of New South Wales and a Bachelor's degree in International Trade from Beijing International Studies University.The appointment of Ms. Wu comes at a strategic time as Atlas Lithium continues to strengthen its market presence in regions experiencing robust electric vehicle growth. Recent market data shows China's electric vehicle (EV) sales jumped 51% year-over-year as of November 2024, underlining the region's vital role in the global energy transition. With established offtake agreements with major partners like Mitsui & Co. in Japan and leading lithium chemical producers Chengxin and Yahua in China, Atlas Lithium has commercial relationships in key growth markets. This global approach positions the Company to capitalize on worldwide opportunities in the lithium supply chain while reducing dependence on any single regional market."I have had the privilege of working with Lili and her contributions have already been invaluable to Atlas Lithium," said Fogassa. "Her unparalleled work ethic and deep understanding of the Asian lithium market make her the perfect ambassador for this high EV growth region."Positioned for Global SuccessThese strategic hires reflect the Company's unwavering commitment to excellence as it advances toward production. Eduardo Queiroz and Lili Wu represent the next generation of leadership at Atlas Lithium, bringing the vision, expertise, and energy we need to achieve our ambitious goals."At Atlas Lithium, our mission is not just to mine lithium but to power the world's transition to sustainable energy," said Fogassa. "With Eduardo's operational expertise and Lili's unmatched ability to navigate the dynamic Asian markets, we are well-positioned for growth. With a world-class team and a clear vision, Atlas Lithium is ready to deliver value to our shareholders, partners, and the global energy ecosystem."About Atlas Lithium Corporation Atlas Lithium Corporation (NASDAQ: ATLX) is advancing to production its wholly owned hard-rock lithium Neves Project located in the state of Minas Gerais, Brazil. The Neves Project has received operational permitting from Minas Gerais in October 2024. Additionally, with 539 square kilometers of lithium mineral rights, Atlas Lithium owns the largest lithium exploration footprint in Brazil of any publicly listed company. The company also holds a 32.7% ownership stake in Atlas Critical Minerals Corporation (formerly Jupiter Gold Corporation), a diversified mining company with significant mineral rights in rare earths, copper, graphite, nickel, iron ore, gold, and quartzite.Safe Harbor StatementThis press release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Forward looking statements are based upon the current plans, estimates and projections of Atlas Lithium and its subsidiaries and are subject to inherent risks and uncertainties which could cause actual results to differ from the forward-looking statements. Such statements include, among others, those concerning market and industry segment growth and demand and acceptance of new and existing products; any projections of production, reserves, sales, earnings, revenue, margins or other financial items; any statements of the plans, strategies and objectives of management for future operations; any statements regarding future economic conditions or performance; uncertainties related to conducting business in Brazil, as well as all assumptions, expectations, predictions, intentions or beliefs about future events. Therefore, you should not place undue reliance on these forward-looking statements. The following factors, among others, could cause actual results to differ from those set forth in the forward-looking statements: results from ongoing geotechnical analysis of projects; business conditions in Brazil; general economic conditions, geopolitical events, and regulatory changes; availability of capital; Atlas Lithium's ability to maintain its competitive position; manipulative attempts by short sellers to drive down our stock price; and dependence on key management.Additional risks related to the Company and its subsidiaries are more fully discussed in the section entitled "Risk Factors" in the Company's Form 10-K/A filed with the Securities and Exchange Commission (the "SEC") on November 9, 2024. Please also refer to the Company's other filings with the SEC, all of which are available at www.sec.gov. In addition, any forward-looking statements represent the Company's views only as of today and should not be relied upon as representing its views as of any subsequent date. The Company explicitly disclaims any obligation to update any forward-looking statements.Investor RelationsGary GuytonVice President, Investor Relations+1 (833) 661-7900gary.guyton@atlas-lithium.comhttps://www.atlas-lithium.com/@Atlas_LithiumTo view the source version of this press release, please visit https://www.newsfilecorp.com/release/235457 Copyright 2024 ACN Newswire via SeaPRwire.com.