[{"data":1,"prerenderedAt":386},["ShallowReactive",2],{"\u002Fblog\u002Fgtnh\u002Fpolyethylene":3,"article-navigation:\u002Fblog\u002Fgtnh\u002Fpolyethylene":384},{"id":4,"title":5,"album":6,"albumIndex":7,"body":8,"category":369,"cover":370,"coverAlt":370,"coverCaption":370,"date":371,"description":372,"draft":7,"extension":373,"home":7,"homeFacts":374,"homeImage":370,"homeNote":370,"meta":375,"navigation":376,"path":377,"seo":378,"stem":379,"tags":380,"updated":370,"__hash__":383},"blog\u002Fblog\u002Fgtnh\u002Fpolyethylene.md","生物路线聚乙烯产线","gtnh",false,{"type":9,"value":10,"toc":356},"minimark",[11,15,20,25,32,144,170,177,181,188,191,195,203,207,213,217,225,228,232,244,248,255,321,324,331,334],[12,13,14],"p",{},"MV 中期先完成气体与基础酸供应，再做任务所需的聚乙烯（PE）。已有乙烯就直接聚合；没有的话，按本文搭建生物路线。",[16,17,19],"h2",{"id":18},"mv-中期先跑通一批-pe","MV 中期：先跑通一批 PE",[21,22,24],"h3",{"id":23},"pe生物乙醇脱水再用氧聚合","PE：生物乙醇脱水，再用氧聚合",[12,26,27,31],{},[28,29,30],"strong",{},"按生物质→发酵→乙醇→乙烯→PE 建线。"," 乙醇脱水用 MV 化反，其余机器等级见下表。",[33,34,35,54],"table",{},[36,37,38],"thead",{},[39,40,41,45,48,51],"tr",{},[42,43,44],"th",{},"步骤",[42,46,47],{},"机器\u002F配置",[42,49,50],{},"输入 → 输出",[42,52,53],{},"原始参数",[55,56,57,72,86,100,116,130],"tbody",{},[39,58,59,63,66,69],{},[60,61,62],"td",{},"生物质",[60,64,65],{},"酿造室",[60,67,68],{},"4 林业生物肥料 + 750 L 水 → 750 L 生物质",[60,70,71],{},"4 EU\u002Ft，6.4 秒",[39,73,74,77,80,83],{},[60,75,76],{},"发酵",[60,78,79],{},"发酵槽",[60,81,82],{},"100 L 生物质 → 100 L 发酵生物质",[60,84,85],{},"2 EU\u002Ft，7.5 秒",[39,87,88,91,94,97],{},[60,89,90],{},"取乙醇",[60,92,93],{},"蒸馏室，电路 3",[60,95,96],{},"1000 L 发酵生物质 → 150 L 乙醇 + 1 CropsNH 肥料",[60,98,99],{},"7 EU\u002Ft，75 秒",[39,101,102,105,110,113],{},[60,103,104],{},"脱水",[60,106,107],{},[28,108,109],{},"MV 化反，电路 11",[60,111,112],{},"1 乙醇单元 + 1000 L 硫酸 → 1000 L 乙烯 + 1 稀硫酸单元",[60,114,115],{},"120 EU\u002Ft，60 秒",[39,117,118,121,124,127],{},[60,119,120],{},"回收硫酸",[60,122,123],{},"LV 蒸馏室，电路 1",[60,125,126],{},"60 L 稀硫酸 → 40 L 硫酸",[60,128,129],{},"30 EU\u002Ft，24 tick",[39,131,132,135,138,141],{},[60,133,134],{},"聚合",[60,136,137],{},"LV 化反，电路 1",[60,139,140],{},"144 L 乙烯 + 1 氧单元 → 216 L 熔融 PE + 1 空单元",[60,142,143],{},"30 EU\u002Ft，8 秒",[12,145,146,147,154,155,154,159,154,164,169],{},"来源：",[148,149,153],"a",{"href":150,"rel":151},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FBreweryRecipes.java",[152],"nofollow","酿造","、",[148,156,76],{"href":157,"rel":158},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FFermenterRecipes.java",[152],[148,160,163],{"href":161,"rel":162},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FDistilleryRecipes.java",[152],"蒸馏",[148,165,168],{"href":166,"rel":167},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java",[152],"脱水与聚合","。",[12,171,172,173,176],{},"生物质输入用 ",[28,174,175],{},"林业生物肥料","；蒸馏副产的 CropsNH 肥料留农场。",[178,179,180],"h4",{"id":180},"单元怎么循环",[12,182,183,184,187],{},"乙醇先用装罐机灌成单元，投入 MV 化反；化反输出的物品是",[28,185,186],{},"稀硫酸单元","，不是空单元。把它卸入稀酸罐，回收空单元，再把空单元送回乙醇装罐机。乙烯是流体输出，可直接进入聚合化反。",[12,189,190],{},"氧单元用完返回制氧端，与乙醇／稀酸的单元回路分开接。",[178,192,194],{"id":193},"回酸每桶乙烯平均补约-333-l-硫酸","回酸：每桶乙烯平均补约 333 L 硫酸",[12,196,197,198,202],{},"60 稀硫酸只返回 40 硫酸，回收率为 ",[199,200,201],"code",{},"2\u002F3","。每消耗 1000 L 硫酸，长周期平均需补约 333 L 新硫酸，剩余小量在罐里等待凑整批。补酸管接回浓硫酸罐，按净耗量持续供给。",[178,204,206],{"id":205},"氧聚合144-l-乙烯产-216-l-pe","氧聚合：144 L 乙烯产 216 L PE",[12,208,209,212],{},[28,210,211],{},"聚合推荐氧单元版，144 L 乙烯得 216 L PE。"," 熔融 PE 一支供组装，一支固化成板／锭。",[178,214,216],{"id":215},"起步设备每段一台先攒乙醇","起步设备：每段一台，先攒乙醇",[12,218,219,220,224],{},"起步各建一台酿造室、发酵槽、取乙醇蒸馏室、MV 脱水化反、LV 聚合化反和回酸蒸馏室，另接装罐机、氧源与储罐。LV 取乙醇蒸馏室的原始产量约 2 L\u002Fs；攒满 1000 L 约需 500 秒，再开脱水。乙醇跟不上就扩前端；乙烯有余却不产 PE 就查氧。机器升级后按",[148,221,223],{"href":222},"\u002Fblog\u002Fgtnh\u002Fpower-and-logistics#ulv-%E5%92%8C-lv-%E9%85%8D%E6%96%B9%E7%9A%84%E8%B6%85%E9%A2%91","超频规则","重算节拍。",[16,226,227],{"id":227},"批量配方与一轮物料账",[21,229,231],{"id":230},"电路-9八份一起聚合","电路 9：八份一起聚合",[12,233,234,235,238,239,169],{},"小化反电路 9 可用 ",[199,236,237],{},"1152 L 乙烯 + 8 氧单元 → 1728 L PE + 8 空单元","，30 EU\u002Ft、56 秒。相同产量用电路 1 要运行八次、共 64 秒；批量模式省 8 秒，氧和乙烯的单耗不变。",[148,240,243],{"href":241,"rel":242},"https:\u002F\u002Fgithub.com\u002FGTNewHorizons\u002FGT5-Unofficial\u002Fblob\u002F5.09.54.205\u002Fsrc\u002Fmain\u002Fjava\u002Fgregtech\u002Floaders\u002Fpostload\u002Frecipes\u002FChemicalRecipes.java#L3940-L3980",[152],"聚合配方生成规则",[21,245,247],{"id":246},"_18-次脱水正好配-125-次单份聚合","18 次脱水，正好配 125 次单份聚合",[12,249,250,251,254],{},"脱水每批产 1000 L 乙烯，单份聚合每次吃 144 L；两者最小整批交点是 ",[199,252,253],{},"18000 L","。按氧单元、电路 1 路线计算：",[256,257,259],"collapse",{"title":258},"查看整轮物料账",[33,260,261,272],{},[36,262,263],{},[39,264,265,268],{},[42,266,267],{},"项目",[42,269,271],{"align":270},"right","这一轮的量",[55,273,274,282,290,298,306,313],{},[39,275,276,279],{},[60,277,278],{},"脱水输入乙醇",[60,280,281],{"align":270},"18000 L，运行 18 次",[39,283,284,287],{},[60,285,286],{},"聚合输入乙烯",[60,288,289],{"align":270},"18000 L，运行 125 次",[39,291,292,295],{},[60,293,294],{},"聚合耗氧",[60,296,297],{"align":270},"125 氧单元，即 125000 L 氧",[39,299,300,303],{},[60,301,302],{},"最终熔融 PE",[60,304,305],{"align":270},"27000 L",[39,307,308,311],{},[60,309,310],{},"硫酸经过脱水的总量",[60,312,253],{"align":270},[39,314,315,318],{},[60,316,317],{},"稀酸蒸馏回收",[60,319,320],{"align":270},"12000 L 硫酸；净补酸 6000 L",[12,322,323],{},"硫酸总通过量可由回收罐循环提供；启动罐加新酸、回酸共同供给，按净损耗补入即可。",[12,325,326,327,330],{},"这一轮若全用 LV 水电解制氧，需 12500 秒，而聚合只需 1000 秒；",[28,328,329],{},"先扩氧源，再加聚合机。"," 电路 9 只缩加工时间，不省氧。",[16,332,333],{"id":333},"接下来读什么",[335,336,337,344,350],"ul",{},[338,339,340],"li",{},[148,341,343],{"href":342},"\u002Fblog\u002Fgtnh\u002Fbasic-chemistry","基础气体与化工",[338,345,346],{},[148,347,349],{"href":348},"\u002Fblog\u002Fgtnh\u002Fadvanced-chemistry","PTFE、硅橡胶与环氧",[338,351,352],{},[148,353,355],{"href":354},"\u002Fblog\u002Fgtnh\u002Fmv","主线：MV 阶段",{"title":357,"searchDepth":358,"depth":358,"links":359},"",2,[360,364,368],{"id":18,"depth":358,"text":19,"children":361},[362],{"id":23,"depth":363,"text":24},3,{"id":227,"depth":358,"text":227,"children":365},[366,367],{"id":230,"depth":363,"text":231},{"id":246,"depth":363,"text":247},{"id":333,"depth":358,"text":333},"games",null,"2026-10-29","从生物质、发酵、乙醇脱水到氧聚合，给出机器等级、单元循环、硫酸损耗和起步设备。","md",[],{},true,"\u002Fblog\u002Fgtnh\u002Fpolyethylene",{"title":5,"description":372},"blog\u002Fgtnh\u002Fpolyethylene",[6,381,382],"guide","minecraft","lahv1pO8ii4KdFsahCxAsqLXjbjndMYGdRxVQhYFb_M",{"newer":370,"older":370,"related":385},[],1793292208321]