[{"data":1,"prerenderedAt":390},["ShallowReactive",2],{"\u002Fblog\u002Fgtnh\u002Ftitanium":3,"article-navigation:\u002Fblog\u002Fgtnh\u002Ftitanium":388},{"id":4,"title":5,"album":6,"albumIndex":7,"body":8,"category":373,"cover":374,"coverAlt":374,"coverCaption":374,"date":375,"description":376,"draft":7,"extension":377,"home":7,"homeFacts":378,"homeImage":374,"homeNote":374,"meta":379,"navigation":380,"path":381,"seo":382,"stem":383,"tags":384,"updated":374,"__hash__":387},"blog\u002Fblog\u002Fgtnh\u002Ftitanium.md","首批钛与氯镁钠回收","gtnh",false,{"type":9,"value":10,"toc":357},"minimark",[11,15,20,25,32,92,95,117,120,128,131,134,138,142,148,184,190,200,203,209,213,216,228,235,239,242,320,327,330],[12,13,14],"p",{},"HV 后期先补充氯和镁，做出首批钛；EV 早期接回收，让氯、镁和钠循环供应。",[16,17,19],"h2",{"id":18},"hv-后期先得到可用钛锭","HV 后期：先得到可用钛锭",[21,22,24],"h3",{"id":23},"首批钛金红石到可用钛锭","首批钛：金红石到可用钛锭",[12,26,27,31],{},[28,29,30],"strong",{},"先备 LCR、2140 K 高炉与真空冷冻机，按表做钛。"," 金红石用粉，氯、碳、镁另备启动库存。",[33,34,35,51],"table",{},[36,37,38],"thead",{},[39,40,41,45,48],"tr",{},[42,43,44],"th",{},"工序",[42,46,47],{},"输入 → 输出",[42,49,50],{},"条件",[52,53,54,66,81],"tbody",{},[39,55,56,60,63],{},[57,58,59],"td",{},"氯化",[57,61,62],{},"3 金红石粉 + 2 碳粉 + 4000 L 氯 → 1000 L 四氯化钛 + 2000 L 一氧化碳",[57,64,65],{},"LCR，480 EU\u002Ft，20 秒",[39,67,68,71,74],{},[57,69,70],{},"镁还原",[57,72,73],{},"1000 L 四氯化钛 + 2 镁粉 → 1 热钛锭 + 6 氯化镁粉",[57,75,76,77,80],{},"EBF ",[28,78,79],{},"电路 12","，2140 K，480 EU\u002Ft，40 秒",[39,82,83,86,89],{},[57,84,85],{},"冷却",[57,87,88],{},"热钛锭 → 钛锭",[57,90,91],{},"真空冷冻机",[12,93,94],{},"首批钛优先做 EV 部件；每锭暂补 2 镁、4000 L 氯，一氧化碳（CO）和氯化镁分别留在罐和箱里，EV 再接回收。",[12,96,97,98,105,106,105,111,116],{},"来源：",[99,100,104],"a",{"href":101,"rel":102},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java",[103],"nofollow","GT5 氯化与回收","、",[99,107,110],{"href":108,"rel":109},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FNewHorizonsCoreMod\u002Fblob\u002F2.9.84\u002Fsrc\u002Fmain\u002Fjava\u002Fcom\u002Fdreammaster\u002Fgthandler\u002Frecipes\u002FBlastFurnaceRecipes.java",[103],"CoreMod 钛还原",[99,112,115],{"href":113,"rel":114},"https:\u002F\u002Fgtnh.huijiwiki.com\u002Fwiki\u002F%E9%92%9B%E5%A4%84%E7%90%86",[103],"中文钛工艺图","。",[21,118,119],{"id":119},"首批钛的备料单与预演",[12,121,122,123,127],{},"按上面配方一次拿到 4 钛，反应原料至少准备：",[124,125,126],"code",{},"12 金红石粉、8 碳粉、16000 L 氯、8 镁粉","；另外准备冷冻与运行用电。运行后得到 4 热钛、24 氯化镁粉与 8000 L CO，再把热钛冷冻成可用钛。",[12,129,130],{},"四氯化钛（TiCl₄）送高炉流体输入仓，电路固定为 12；热钛从物品输出总线送入冷冻机。给副产物留出容纳 24 氯化镁粉和 8000 L CO 的空间。",[12,132,133],{},"与 PTFE 共用 LCR 时，先批量制备 TiCl₄ 并存入钛线专用罐，随后切换其他配方。",[16,135,137],{"id":136},"ev-早期把材料稳定收回来","EV 早期：把材料稳定收回来",[21,139,141],{"id":140},"钛回收让氯镁钠稳定返回","钛回收：让氯、镁、钠稳定返回",[12,143,144,147],{},[28,145,146],{},"EV 先加镁回收和盐电解。"," 氯化、高炉还原与冷冻沿用 HV 设备。",[33,149,150,160],{},[36,151,152],{},[39,153,154,156,158],{},[42,155,44],{},[42,157,47],{},[42,159,50],{},[52,161,162,173],{},[39,163,164,167,170],{},[57,165,166],{},"回收镁",[57,168,169],{},"6 氯化镁粉 + 4 钠粉 → 2 镁粉 + 8 盐",[57,171,172],{},"LCR 化学回收",[39,174,175,178,181],{},[57,176,177],{},"回收钠氯",[57,179,180],{},"2 盐 → 1 钠粉 + 1000 L 氯，运行四次",[57,182,183],{},"电解机",[12,185,186,189],{},[28,187,188],{},"启动留 2 镁、4 钠、4000 L 氯。"," 四次盐电解回 4 钠和 4000 L 氯，镁回收返 2 镁；这些物料优先回本线。CO 先留罐，随后接下文电解。",[191,192,198],"pre",{"className":193,"code":195,"language":196,"meta":197},[194],"language-text","金红石 + 碳 ──氯化──→ TiCl₄ ──EBF+镁──→ 热钛 ──冷冻──→ 钛\n                 ↑                 └→ 氯化镁 ──钠回收──→ 镁返高炉\n                 │                                  └→ 盐\n                 └────────氯返氯化──────盐电解────────┘\n                                          └→ 钠返回收\n","text","",[124,199,195],{"__ignoreMap":197},[12,201,202],{},"镁、钠进入钛线专用缓存；TiCl₄ 先满足高炉启动库存，余量再分给 PTFE。公共仓库只接收钛成品和可外供的氧。",[12,204,205,116],{},[99,206,208],{"href":113,"rel":207},[103],"钛处理可缩放流程图",[16,210,212],{"id":211},"把碳也回收再按瓶颈配机器","把碳也回收，再按瓶颈配机器",[21,214,215],{"id":215},"一氧化碳回到氯化端",[12,217,218,219,222,223,116],{},"MV 电解机电路 1：",[124,220,221],{},"1000 L CO → 1 碳粉 + 1000 L 氧","，120 EU\u002Ft、15 秒。每锭钛副产 2000 L CO，运行两次返回 2 碳粉，正好补回氯化所需的碳，另有 2000 L 氧可供高炉或其他化工。",[99,224,227],{"href":225,"rel":226},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FElectrolyzerRecipes.java#L155-L181",[103],"CO 电解配方",[12,229,230,231,234],{},"把这段与镁、钠、氯回收全部接好后，每锭钛的净物料为 ",[124,232,233],{},"3 金红石粉 → 1 钛锭 + 2000 L 氧","；碳、镁、钠、氯在内部周转，电力持续投入。",[21,236,238],{"id":237},"一台-lv-盐电解机比还原高炉慢","一台 LV 盐电解机比还原高炉慢",[12,240,241],{},"加第二台 LV 盐电解机，或把盐电解升到 MV，才能跟上还原高炉的原始节拍。库存里盐上涨、氯下降，就是这段跟不上。",[243,244,246,249,310],"collapse",{"title":245},"查看各工序的回收节拍",[12,247,248],{},"按原始配方，每锭钛的回收负载如下：",[33,250,251,264],{},[36,252,253],{},[39,254,255,257,260],{},[42,256,44],{},[42,258,259],{},"每锭的加工量",[42,261,263],{"align":262},"right","原始总时间",[52,265,266,277,288,299],{},[39,267,268,271,274],{},[57,269,270],{},"高炉镁还原",[57,272,273],{},"1000 L TiCl₄",[57,275,276],{"align":262},"40 秒",[39,278,279,282,285],{},[57,280,281],{},"氯化镁回收",[57,283,284],{},"6 氯化镁 + 4 钠 → 2 镁 + 8 盐",[57,286,287],{"align":262},"20 秒，480 EU\u002Ft",[39,289,290,293,296],{},[57,291,292],{},"盐电解",[57,294,295],{},"8 盐，分四次处理",[57,297,298],{"align":262},"64 秒，LV 每次 16 秒",[39,300,301,304,307],{},[57,302,303],{},"CO 电解",[57,305,306],{},"2000 L CO，分两次处理",[57,308,309],{"align":262},"30 秒",[12,311,312,313,316,317,116],{},"单台 LV 盐电解机只支持约 ",[124,314,315],{},"60÷64=0.9375 锭\u002F分钟"," 的回流，高炉却能还原 ",[124,318,319],{},"1.5 锭\u002F分钟",[12,321,322,323,326],{},"一批循环至少保留 ",[124,324,325],{},"2 镁、4 钠、4000 L 氯、2 碳","。需要同时跑多批时，为各段增加周转量，并让回收物先回本线再外供。",[16,328,329],{"id":329},"接下来读什么",[331,332,333,340,346],"ul",{},[334,335,336],"li",{},[99,337,339],{"href":338},"\u002Fblog\u002Fgtnh\u002Fblast-furnace","工业高炉与关键合金",[334,341,342],{},[99,343,345],{"href":344},"\u002Fblog\u002Fgtnh\u002Fae2","AE2 仓储与自动合成",[334,347,348,352,353],{},[99,349,351],{"href":350},"\u002Fblog\u002Fgtnh\u002Fhv","主线：HV 阶段"," · ",[99,354,356],{"href":355},"\u002Fblog\u002Fgtnh\u002Fev","主线：EV 阶段",{"title":197,"searchDepth":358,"depth":358,"links":359},2,[360,365,368,372],{"id":18,"depth":358,"text":19,"children":361},[362,364],{"id":23,"depth":363,"text":24},3,{"id":119,"depth":363,"text":119},{"id":136,"depth":358,"text":137,"children":366},[367],{"id":140,"depth":363,"text":141},{"id":211,"depth":358,"text":212,"children":369},[370,371],{"id":215,"depth":363,"text":215},{"id":237,"depth":363,"text":238},{"id":329,"depth":358,"text":329},"games",null,"2026-10-29","HV 后期从金红石制备首批钛，EV 早期再接碳、氯、镁、钠回流，列出四锭启动备料与循环去向。","md",[],{},true,"\u002Fblog\u002Fgtnh\u002Ftitanium",{"title":5,"description":376},"blog\u002Fgtnh\u002Ftitanium",[6,385,386],"guide","minecraft","_u6YmMP9AzRESMKKV_WgEt7-hkaO9uITL84azjSvNc8",{"newer":374,"older":374,"related":389},[],1793292208425]