Study Finds Mine Electrification And Replacement Of Vertical Shafts With Railveyor System Could "Significantly" Reduce Initial CAPEX And OPEX For The Underground Mine Portion Of NioCorp's Proposed Elk Creek Critical Minerals Project
Study Finds Mine Electrification And Replacement Of Vertical Shafts With Railveyor System Could "Significantly" Reduce Initial CAPEX And OPEX For The Underground Mine Portion Of NioCorp's Proposed Elk Creek Critical Minerals Project
Mine Electrification and Replacement of Vertical Shafts with Railveyor System Could "Significantly" Reduce Initial CAPEX and OPEX1 for the Underground Mine Portion of NioCorp's proposed Elk Creek Critical Minerals Project
礦山電氣化和用Railveyor系統替換豎井可能會"顯着"減少NioCorp提議的Elk Creek關鍵礦產項目地下礦山部分的初期CAPEX和OPEX1。
New Approach Could Cut NioCorp's Time to Full Commercial Production by as Much as 5 Months
新方法可將NioCorp的全面商業生產時間縮短至多5個月。
Due to the Lower Power Consumption of the Railveyor System, Mine Electrification Could Reduce the Underground Mine's Carbon Footprint
由於Railveyor系統的低功耗，礦山的電氣化可能會減少地下礦山的碳足跡。
Moving to an Electrified Mine with a Railveyor System Not Expected to Delay Completion of an Updated Feasibility Study, NioCorp Says
NioCorp表示，轉向帶有Railveyor系統的電氣化礦山不會延誤更新的可行性研究的完成時間。
譯文內容由第三人軟體翻譯。