huaxiangData.json 73 KB

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  1. [
  2. {
  3. "system": "你是信义污水厂助手。",
  4. "conversations": [
  5. {
  6. "from": "human",
  7. "value": "信义污水厂的工艺类型是什么?"
  8. },
  9. {
  10. "from": "gpt",
  11. "value": "预处理+AAO(MBBR)+活性砂滤池+次氯酸钠消毒"
  12. },
  13. {
  14. "from": "human",
  15. "value": "主要的构筑物有哪些?"
  16. },
  17. {
  18. "from": "gpt",
  19. "value": "粗格栅间、进水泵房、细格栅间、旋流沉砂池、初次沉淀池、AAO+MBBR生化池、二沉池、活性砂滤池、反冲洗配水深度处理(磁混凝)、鼓风机房、乙酸钠加药、次氯酸钠消毒、除磷加药间、污泥脱水间"
  20. },
  21. {
  22. "from": "human",
  23. "value": "预处理阶段包括哪些流程?"
  24. },
  25. {
  26. "from": "gpt",
  27. "value": "粗格栅间、进水泵房、细格栅间、旋流沉砂池、初次沉淀池"
  28. },
  29. {
  30. "from": "human",
  31. "value": "深度处理阶段包括哪些流程?"
  32. },
  33. {
  34. "from": "gpt",
  35. "value": "活性砂滤池、反冲洗配水深度处理(磁混凝)、次氯酸钠消毒、除磷加药间"
  36. }
  37. ]
  38. },
  39. {
  40. "system": "你是信义污水厂助手。",
  41. "conversations": [
  42. {
  43. "from": "human",
  44. "value": "信义污水厂设计规模是怎样的?"
  45. },
  46. {
  47. "from": "gpt",
  48. "value": "设计规模100000m³/d(4166.67m³/h)"
  49. },
  50. {
  51. "from": "human",
  52. "value": "实际运行情况呢?"
  53. },
  54. {
  55. "from": "gpt",
  56. "value": "常年稳态数据大概是65000m³/d(2708m³/h)\n实际进水量可查看进水流量仪表,为[Q_in]*24m³/d"
  57. },
  58. {
  59. "from": "human",
  60. "value": "污水处理流程设计参数是怎样的?"
  61. },
  62. {
  63. "from": "gpt",
  64. "value": "设计规模100000m³/d(4166.67m³/h),总变化系数1.3,生化池变化系数1.1"
  65. },
  66. {
  67. "from": "human",
  68. "value": "设计最高日最高时流量计算公式是什么?"
  69. },
  70. {
  71. "from": "gpt",
  72. "value": "\\mathrm{Q_{max}=Q\\times K_{z}}\nQ_{max}:最高日最高时设计流量,m³/h;\nQ:设计流量,m³/h;\nK_{z}:总变化系数;"
  73. },
  74. {
  75. "from": "human",
  76. "value": "设计最高日最高时流量是多少?"
  77. },
  78. {
  79. "from": "gpt",
  80. "value": "\\mathrm{Q_{max}=Q\\times K_{z}}\nQ_{max}:最高日最高时设计流量,m³/h;\nQ:设计流量,m³/h;\nK_{z}:总变化系数;\n\n信义厂设计最高日最高时流量为:\nQₘₐₓ=100000/24*1.3=5416.67m³/h"
  81. }
  82. ]
  83. },
  84. {
  85. "system": "你是信义污水厂助手。",
  86. "conversations": [
  87. {
  88. "from": "human",
  89. "value": "信义污水厂粗格栅间设置几台粗格栅?"
  90. },
  91. {
  92. "from": "gpt",
  93. "value": "第1道格栅设置3台(2用1备)\n第2道格栅设置2台"
  94. },
  95. {
  96. "from": "human",
  97. "value": "实际运行中使用了几台粗格栅?"
  98. },
  99. {
  100. "from": "gpt",
  101. "value": "第1道格栅运行2台,第2道格栅格栅运行2台"
  102. },
  103. {
  104. "from": "human",
  105. "value": "粗格栅的相关参数都是多少?"
  106. },
  107. {
  108. "from": "gpt",
  109. "value": "第1道格栅设置3台,日常使用2台,渠宽1.3m,栅前水深1.3m,栅条间隙20mm,栅条间隙数40个,安装倾角75°;\n应急使用1台,渠宽1.2m,栅前水深1.3m,栅条间隙20mm,栅条间隙数40个,安装倾角75°;\n第2道格栅设置2台,渠宽1.3m,栅前水深1.1m,栅条间隙16mm,栅条间隙数41个,安装倾角75°;"
  110. },
  111. {
  112. "from": "human",
  113. "value": "按设计流量计算,粗格栅过栅流速计算公式是什么?"
  114. },
  115. {
  116. "from": "gpt",
  117. "value": "\\mathrm{v}=\\frac{Q_{max}\\sqrt{\\sin\\alpha}}{b\\times h\\times n}\nv:粗格栅过栅流速,m/s;\nQ_{max}:最高日最高时设计流量,m³/s;\nalpha:粗格栅倾角,°;\nb:粗格栅栅条间隙,米;\nh:粗格栅栅前水深,米;\nn:粗格栅栅条间隙数,个;"
  118. },
  119. {
  120. "from": "human",
  121. "value": "按设计流量计算,粗格栅过栅流速是多少?"
  122. },
  123. {
  124. "from": "gpt",
  125. "value": "\\mathrm{v}=\\frac{Q_{max}\\sqrt{\\sin\\alpha}}{b\\times h\\times n}\nv:粗格栅过栅流速,m/s;\nQ_{max}:最高日最高时设计流量,m³/s;\nalpha:粗格栅倾角,°;\nb:粗格栅栅条间隙,米;\nh:粗格栅栅前水深,米;\nn:粗格栅栅条间隙数,个;\n\n信义厂设计最高日最高时流量为:\nQₘₐₓ=100000/24*1.3=5416.67m³/h=1.505m³/s\n信义厂第1道粗格栅设计过栅流速为:\nv=1.505*((SIN(RADIANS(75)))^(1/2)/(0.02*1.3*40*2)=0.71m/s\n信义厂第2道粗格栅设计过栅流速为:\nv=1.505*((SIN(RADIANS(75)))^(1/2)/(0.016*1.1*41*2)=1.02m/s"
  126. },
  127. {
  128. "from": "human",
  129. "value": "粗格栅实际过栅流速是多少?"
  130. },
  131. {
  132. "from": "gpt",
  133. "value": "\\mathrm{v}=\\frac{Q\\sqrt{\\sin\\alpha}}{b\\times h\\times n}\nv:粗格栅过栅流速,m/s;\nQ:实际进水量,m³/s;\nalpha:粗格栅倾角,°;\nb:粗格栅栅条间隙,米;\nh:粗格栅栅前水深,米;\nn:粗格栅栅条间隙数,个;\n\n信义厂实际进水量为:\nQ=[Q_in]m³/h=[Q_in]/3600m³/s\n信义厂第1道粗格栅实际过栅流速为:\nv=[Q_in]/3600*((SIN(RADIANS(75)))^(1/2)/(0.02*1.3*40*2)m/s\n信义厂第2道粗格栅实际过栅流速为:\nv=[Q_in]/3600*((SIN(RADIANS(75)))^(1/2)/(0.016*1.1*41*2)m/s"
  134. },
  135. {
  136. "from": "human",
  137. "value": "第1道粗格栅的设计栅渣量是多少?"
  138. },
  139. {
  140. "from": "gpt",
  141. "value": "单位栅渣量0.02m³/1000m³污水"
  142. },
  143. {
  144. "from": "human",
  145. "value": "第2道粗格栅的设计栅渣量是多少?"
  146. },
  147. {
  148. "from": "gpt",
  149. "value": "单位栅渣量0.09m³/1000m³污水"
  150. },
  151. {
  152. "from": "human",
  153. "value": "粗格栅每日删渣量设计计算公式是什么?"
  154. },
  155. {
  156. "from": "gpt",
  157. "value": "W=\\frac{Q_{max}\\timesW_{1}\\times86400}{K_{z}\\times1000}\nW:粗格栅每日栅渣量,m³/d;\nQ_{max}:最高日最高时设计流量,m³/s;\nW₁:粗格栅单位栅渣量,m³/10³m³;\nK_{z}:总变化系数;"
  158. },
  159. {
  160. "from": "human",
  161. "value": "粗格栅设计每日删渣是多少?"
  162. },
  163. {
  164. "from": "gpt",
  165. "value": "W=\\frac{Q_{max}\\timesW_{1}\\times86400}{K_{z}\\times1000}\nW:粗格栅每日栅渣量,m³/d;\nQ_{max}:最高日最高时设计流量,m³/s;\nW₁:粗格栅单位栅渣量,m³/10³m³;\nK_{z}:总变化系数;\n\n信义厂设计最高日最高时流量为:\nQₘₐₓ=100000/24*1.3=5416.67m³/h=1.505m³/s\n第1道格栅的设计栅渣量为:\nW=1.505*0.02*86400/1.3/1000=2m³/d\n第2道格栅的设计栅渣量为:\nW=1.505*0.09*86400/1.3/1000=9m³/d"
  166. },
  167. {
  168. "from": "human",
  169. "value": "粗格栅实际每日删渣是多少?"
  170. },
  171. {
  172. "from": "gpt",
  173. "value": "信义厂每天栅渣量约0.25m³"
  174. }
  175. ]
  176. },
  177. {
  178. "system": "你是信义污水厂助手。",
  179. "conversations": [
  180. {
  181. "from": "human",
  182. "value": "信义污水厂进水泵房有几台潜水泵?"
  183. },
  184. {
  185. "from": "gpt",
  186. "value": "设置7台潜水泵,工频泵5台,变频泵2台"
  187. },
  188. {
  189. "from": "human",
  190. "value": "潜水泵额定流量是多少?"
  191. },
  192. {
  193. "from": "gpt",
  194. "value": "单台流量2083m³/h"
  195. },
  196. {
  197. "from": "human",
  198. "value": "实际运行中使用了几台?"
  199. },
  200. {
  201. "from": "gpt",
  202. "value": "运行2台,1台工频,1台变频\n"
  203. },
  204. {
  205. "from": "human",
  206. "value": "生化池进水量计算公式是什么?"
  207. },
  208. {
  209. "from": "gpt",
  210. "value": "Q_\\text{实际}=Q_\\text{泵}\\times\\mathrm{n}\\times\\eta \nQ_\\text{实际}:生化池进水量,m³/h;\nQ_\\text{泵}:单台进水提升泵设计流量,m³/(h·台);\nn:进水提升泵工作台数,台;\nη:进水提升泵工作效率;\n"
  211. },
  212. {
  213. "from": "human",
  214. "value": "生化池进水量计算结果是多少?"
  215. },
  216. {
  217. "from": "gpt",
  218. "value": "Q_\\text{实际}=Q_\\text{泵}\\times\\mathrm{n}\\times\\eta \nQ_\\text{实际}:生化池进水量,m³/h;\nQ_\\text{泵}:单台进水提升泵设计流量,m³/(h·台);\nn:进水提升泵工作台数,台;\nη:进水提升泵工作效率;\n\n进水提升泵按设计流量计算,实际运行2台,工作效率取0.9,则生化池进水量计算结果为:\nQ=2083*2*0.9=3749.4m³/h;\n实际进水量可查看进水流量计读数,为[Q_in]m³/h"
  219. }
  220. ]
  221. },
  222. {
  223. "system": "你是信义污水厂助手。",
  224. "conversations": [
  225. {
  226. "from": "human",
  227. "value": "信义污水厂细格栅间设置几台细格栅?"
  228. },
  229. {
  230. "from": "gpt",
  231. "value": "设置4台孔板格栅"
  232. },
  233. {
  234. "from": "human",
  235. "value": "细格栅是什么类型的?"
  236. },
  237. {
  238. "from": "gpt",
  239. "value": "孔板格栅"
  240. },
  241. {
  242. "from": "human",
  243. "value": "实际运行中使用了几台细格栅?"
  244. },
  245. {
  246. "from": "gpt",
  247. "value": "运行4台孔板格栅"
  248. },
  249. {
  250. "from": "human",
  251. "value": "细格栅的相关参数都是多少?"
  252. },
  253. {
  254. "from": "gpt",
  255. "value": "\n设置4台孔板格栅,栅前水深1.2m,格栅底板直径0.5m,细格栅截距135mm,孔径3mm,单排孔隙数6860个,孔隙有效率60%"
  256. },
  257. {
  258. "from": "human",
  259. "value": "按设计流量计算,细格栅过栅流速计算公式是什么?"
  260. },
  261. {
  262. "from": "gpt",
  263. "value": "\\begin{aligned}&n_0=\\frac{h\\times2+0.5\\times\\pi\\times\\mathbb{R}}{\\mathbb{B}}\\times6860\\times\\eta\\\\&\\mathrm{v}=\\frac{Q_{\\max}\\times4}{\\pi\\times\\mathrm{b}\\times\\mathrm{b}\\times n\\times n_0}\\end{aligned}\nv:细格栅过栅流速,m/s;\nQ_{max}:最高日最高时设计流量,m³/s;\nb:细格栅孔径,m;\nn:细格栅数量,台;\nn₀:有效孔隙数,个;\nh:细格栅栅前水深,米;\nR:细格栅底板直径,m;\nB:细格栅截距,m;\n6860:单排孔隙数,个;\nη:孔隙有效率;"
  264. },
  265. {
  266. "from": "human",
  267. "value": "按设计流量计算,细格栅过栅流速是多少?"
  268. },
  269. {
  270. "from": "gpt",
  271. "value": "\\begin{aligned}&n_0=\\frac{h\\times2+0.5\\times\\pi\\times\\mathbb{R}}{\\mathbb{B}}\\times6860\\times\\eta\\\\&\\mathrm{v}=\\frac{Q_{\\max}\\times4}{\\pi\\times\\mathrm{b}\\times\\mathrm{b}\\times n\\times n_0}\\end{aligned}\nv:细格栅过栅流速,m/s;\nQ_{max}:最高日最高时设计流量,m³/s;\nb:细格栅孔径,m;\nn:细格栅数量,台;\nn₀:有效孔隙数,个;\nh:细格栅栅前水深,米;\nR:细格栅底板直径,m;\nB:细格栅截距,m;\n6860:单排孔隙数,个;\nη:孔隙有效率;\n\n信义厂设计最高日最高时流量为:\nQₘₐₓ=100000/24*1.3=5416.67m³/h=1.505m³/s\n信义厂细格栅设计过栅流速为:\nn₀=(1.2*2+0.5*π*0.5)/0.135*6860*60%=97119\nv=1.505*4/(π*0.003^2*4*97119)=0.548m/s\n"
  272. },
  273. {
  274. "from": "human",
  275. "value": "细格栅实际过栅流速是多少?"
  276. },
  277. {
  278. "from": "gpt",
  279. "value": "\\begin{aligned}&n_0=\\frac{h\\times2+0.5\\times\\pi\\times\\mathbb{R}}{\\mathbb{B}}\\times6860\\times\\eta\\\\&\\mathrm{v}=\\frac{Q\\times4}{\\pi\\times\\mathrm{b}\\times\\mathrm{b}\\times n\\times n_0}\\end{aligned}\nv:细格栅过栅流速,m/s;\nQ:进水流量,m³/s;\nb:细格栅孔径,m;\nn:细格栅数量,台;\nn₀:有效孔隙数,个;\nh:细格栅栅前水深,米;\nR:细格栅底板直径,m;\nB:细格栅截距,m;\n6860:单排孔隙数,个;\nη:孔隙有效率;\n\n信义厂实际进水量为:\nQ=[Q_in]m³/h=[Q_in]/3600m³/s\n信义厂细格栅设计过栅流速为:\nn₀=(1.2*2+0.5*π*0.5)/0.135*6860*60%=97119\nv=[Q_in]/3600*4/(π*0.003^2*4*97119)m/s\n"
  280. },
  281. {
  282. "from": "human",
  283. "value": "细格栅的设计栅渣量是多少?"
  284. },
  285. {
  286. "from": "gpt",
  287. "value": "单位栅渣量0.13m³/1000m³污水"
  288. },
  289. {
  290. "from": "human",
  291. "value": "细格栅每日删渣量设计计算公式是什么?"
  292. },
  293. {
  294. "from": "gpt",
  295. "value": "W=\\frac{Q_{max}\\timesW_{1}\\times86400}{K_{z}\\times1000}\nW:细格栅每日栅渣量,m³/d;\nQ_{max}:最高日最高时设计流量,m³/s;\nW₁:细格栅单位栅渣量,m³/10³m³;\nK_{z}:总变化系数;"
  296. },
  297. {
  298. "from": "human",
  299. "value": "细格栅设计每日删渣是多少?"
  300. },
  301. {
  302. "from": "gpt",
  303. "value": "W=\\frac{Q_{max}\\timesW_{1}\\times86400}{K_{z}\\times1000}\nW:细格栅每日栅渣量,m³/d;\nQ_{max}:最高日最高时设计流量,m³/s;\nW₁:细格栅单位栅渣量,m³/10³m³;\nK_{z}:总变化系数;\n\n信义厂设计最高日最高时流量为:\nQₘₐₓ=100000/24*1.3=5416.67m³/h=1.505m³/s\n细格栅的设计栅渣量为:\nW=1.505*0.13*86400/1.3/1000=13m³/d\n"
  304. },
  305. {
  306. "from": "human",
  307. "value": "细格栅实际每日删渣是多少?"
  308. },
  309. {
  310. "from": "gpt",
  311. "value": "信义厂每天栅渣量约0.4m³"
  312. }
  313. ]
  314. },
  315. {
  316. "system": "你是信义污水厂助手。",
  317. "conversations": [
  318. {
  319. "from": "human",
  320. "value": "信义污水厂设置几座旋流沉砂池?"
  321. },
  322. {
  323. "from": "gpt",
  324. "value": "设置4座旋流沉砂池"
  325. },
  326. {
  327. "from": "human",
  328. "value": "实际运行了几座旋流沉砂池?"
  329. },
  330. {
  331. "from": "gpt",
  332. "value": "运行4座旋流沉砂池"
  333. },
  334. {
  335. "from": "human",
  336. "value": "每座旋流沉砂池的直径是多少?"
  337. },
  338. {
  339. "from": "gpt",
  340. "value": "单座直径4.4m"
  341. },
  342. {
  343. "from": "human",
  344. "value": "实际运行中,旋流沉砂池的有效水深是多少?"
  345. },
  346. {
  347. "from": "gpt",
  348. "value": "有效水深1.45m"
  349. },
  350. {
  351. "from": "human",
  352. "value": "旋流沉砂池设计表面负荷计算公式是什么?"
  353. },
  354. {
  355. "from": "gpt",
  356. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:旋流沉砂池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:旋流沉砂池个数,座;\nF:单个沉砂池表面积,m²;\nd:单座沉砂池直径,m;"
  357. },
  358. {
  359. "from": "human",
  360. "value": "旋流沉砂池设计表面负荷计算结果是多少?"
  361. },
  362. {
  363. "from": "gpt",
  364. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:旋流沉砂池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:旋流沉砂池个数,座;\nF:单个沉砂池表面积,m²;\nd:单座沉砂池直径,m;\n\n信义厂旋流沉砂池设计表面负荷计算结果是:\nq=100000/24/(4*π*4.4*4.4/4)=68.51m³/(m²·h)"
  365. },
  366. {
  367. "from": "human",
  368. "value": "旋流沉砂池实际表面负荷计算结果是多少?"
  369. },
  370. {
  371. "from": "gpt",
  372. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:旋流沉砂池表面负荷,m³/(m²·h);\nQ:实际进水流量,m³/h;\nn:旋流沉砂池个数,座;\nF:单个沉砂池表面积,m²;\nd:单座沉砂池直径,m;\n\n信义厂旋流沉砂池实际表面负荷计算结果是:\nq=[Q_in]/(4*π*4.4*4.4/4)m³/(m²·h)"
  373. },
  374. {
  375. "from": "human",
  376. "value": "旋流沉砂池设计停留时间计算公式是什么?"
  377. },
  378. {
  379. "from": "gpt",
  380. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:旋流沉砂池设计停留时间,h;\nn:旋流沉砂池个数,座;\nV:旋流沉砂池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座沉砂池直径,m;\nh:旋流沉砂池有效水深,m"
  381. },
  382. {
  383. "from": "human",
  384. "value": "旋流沉砂池设计停留时间计算结果是什么?"
  385. },
  386. {
  387. "from": "gpt",
  388. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:旋流沉砂池设计停留时间,h;\nn:旋流沉砂池个数,座;\nV:旋流沉砂池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座沉砂池直径,m;\nh:旋流沉砂池有效水深,m\n\n信义厂旋流沉砂池设计停留时间计算结果是:\nT=4*(π*4.4*4.4/4*1.45)/(100000/24)=0.021h"
  389. },
  390. {
  391. "from": "human",
  392. "value": "旋流沉砂池实际停留时间计算结果是什么?"
  393. },
  394. {
  395. "from": "gpt",
  396. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:旋流沉砂池实际停留时间,h;\nn:旋流沉砂池个数,座;\nV:旋流沉砂池有效容积,m³;\nQ:实际进水流量,m³/h;\nd:单座沉砂池直径,m;\nh:旋流沉砂池有效水深,m\n\n信义厂旋流沉砂池实际停留时间计算结果是:\nq=4*(π*4.4*4.4/4*1.45)/[Q_in]h"
  397. },
  398. {
  399. "from": "human",
  400. "value": "旋流沉砂池的设计沉砂量是多少?"
  401. },
  402. {
  403. "from": "gpt",
  404. "value": "100000m³城市污水沉砂30m³\n"
  405. },
  406. {
  407. "from": "human",
  408. "value": "旋流沉砂池每日沉砂量计算公式是什么?"
  409. },
  410. {
  411. "from": "gpt",
  412. "value": "W=\\frac{Q\\times30}{100000}\nW:每日沉砂量,m³;\nQ:实际进水流量,m³/d;"
  413. },
  414. {
  415. "from": "human",
  416. "value": "旋流沉砂池每日沉砂量计算结果是多少?"
  417. },
  418. {
  419. "from": "gpt",
  420. "value": "W=\\frac{Q\\times30}{100000}\nW:每日沉砂量,m³;\nQ:实际进水流量,m³/d;\n\n信义厂旋流沉砂池每日沉砂量计算结果是:\nW=[Q_in]*24*30/100000m³"
  421. },
  422. {
  423. "from": "human",
  424. "value": "旋流沉砂池实际每日沉砂量是多少?"
  425. },
  426. {
  427. "from": "gpt",
  428. "value": "每天产生的砂量约0.5m³"
  429. }
  430. ]
  431. },
  432. {
  433. "system": "你是信义污水厂助手。",
  434. "conversations": [
  435. {
  436. "from": "human",
  437. "value": "信义污水厂设置几座初次沉淀池?"
  438. },
  439. {
  440. "from": "gpt",
  441. "value": "设置2座初沉池"
  442. },
  443. {
  444. "from": "human",
  445. "value": "实际运行了几座初次沉淀池?"
  446. },
  447. {
  448. "from": "gpt",
  449. "value": "运行2座初沉池"
  450. },
  451. {
  452. "from": "human",
  453. "value": "每座初次沉淀池的直径是多少?"
  454. },
  455. {
  456. "from": "gpt",
  457. "value": "单座直径38m"
  458. },
  459. {
  460. "from": "human",
  461. "value": "实际运行中,初次沉淀池的有效水深是多少?"
  462. },
  463. {
  464. "from": "gpt",
  465. "value": "有效水深4.5m"
  466. },
  467. {
  468. "from": "human",
  469. "value": "初次沉淀池设计表面负荷计算公式是什么?"
  470. },
  471. {
  472. "from": "gpt",
  473. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:初次沉淀池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:初次沉淀池个数,座;\nF:单个初次沉淀池表面积,m²;\nd:单座初次沉淀池直径,m;"
  474. },
  475. {
  476. "from": "human",
  477. "value": "初次沉淀池设计表面负荷计算结果是多少?"
  478. },
  479. {
  480. "from": "gpt",
  481. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:初次沉淀池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:初次沉淀池个数,座;\nF:单个初次沉淀池表面积,m²;\nd:单座初次沉淀池直径,m;\n\n信义厂初次沉淀池设计表面负荷计算结果是:\nq=100000/24/(2*π*38*38/4)=1.84m³/(m²·h)"
  482. },
  483. {
  484. "from": "human",
  485. "value": "初次沉淀池实际表面负荷计算结果是多少?"
  486. },
  487. {
  488. "from": "gpt",
  489. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:初次沉淀池表面负荷,m³/(m²·h);\nQ:实际进水流量,m³/h;\nn:初次沉淀池个数,座;\nF:单个初次沉淀池表面积,m²;\nd:单座初次沉淀池直径,m;\n\n信义厂初次沉淀池实际表面负荷计算结果是:\nq=[Q_in]/(2*π*38*38/4)m³/(m²·h)"
  490. },
  491. {
  492. "from": "human",
  493. "value": "初次沉淀池设计停留时间计算公式是什么?"
  494. },
  495. {
  496. "from": "gpt",
  497. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:初次沉淀池设计停留时间,h;\nn:初次沉淀池个数,座;\nV:初次沉淀池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座初次沉淀池直径,m;\nh:初次沉淀池有效水深,m;"
  498. },
  499. {
  500. "from": "human",
  501. "value": "初次沉淀池设计停留时间计算结果是什么?"
  502. },
  503. {
  504. "from": "gpt",
  505. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:初次沉淀池设计停留时间,h;\nn:初次沉淀池个数,座;\nV:初次沉淀池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座初次沉淀池直径,m;\nh:初次沉淀池有效水深,m;\n\n信义厂初次沉淀池设计停留时间计算结果是:\nT=2*(π*38*38/4*4.5)/(100000/24)=2.45h"
  506. },
  507. {
  508. "from": "human",
  509. "value": "初次沉淀池实际停留时间计算结果是什么?"
  510. },
  511. {
  512. "from": "gpt",
  513. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:初次沉淀池实际停留时间,h;\nn:初次沉淀池个数,座;\nV:初次沉淀池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座初次沉淀池直径,m;\nh:初次沉淀池有效水深,m;\n\n信义厂初次沉淀池实际停留时间计算结果是:\nT=2*(π*38*38/4*4.5)/[Q_in]h"
  514. },
  515. {
  516. "from": "human",
  517. "value": "初次沉淀池固废处理工艺流程参数?"
  518. },
  519. {
  520. "from": "gpt",
  521. "value": "进水悬浮物浓度3.15×10⁻⁴t/m³,出水悬浮物浓度1.89×10⁻⁴t/m³"
  522. },
  523. {
  524. "from": "human",
  525. "value": "初次沉淀池每日产泥量计算公式是什么?"
  526. },
  527. {
  528. "from": "gpt",
  529. "value": "W=Q\\times(C_{1}-C_{2})\\times24/1000000\nW:初次沉淀池每日产泥量,m³/d;\nQ:实际进水流量(平均流量),m³/h;\nC_{1}:进水悬浮物浓度,mg/L\nC_{2}:出水悬浮物浓度,mg/L\n\n按设计值计算,初次沉淀池每日产泥量结果为:\nW=100000*(315-189)/1000000=12.6m³/d\n初沉池悬浮物去除率为40*,根据实际情况,初次沉淀池每日产泥量计算结果为:\nW=[Q_in]*[SS_in]*0.6*24/1000000m³/d"
  530. }
  531. ]
  532. },
  533. {
  534. "system": "你是信义污水厂助手。",
  535. "conversations": [
  536. {
  537. "from": "human",
  538. "value": "信义污水厂生化池是什么类型?"
  539. },
  540. {
  541. "from": "gpt",
  542. "value": "AAO+MBBR生化池"
  543. },
  544. {
  545. "from": "human",
  546. "value": "信义污水厂生化池设置了几座?"
  547. },
  548. {
  549. "from": "gpt",
  550. "value": "设置1座生化池(内设填料),分2个系列,总有效容积77239.86m³"
  551. },
  552. {
  553. "from": "human",
  554. "value": "信义污水厂生化池实际运行了几个系列?"
  555. },
  556. {
  557. "from": "gpt",
  558. "value": "运行2个系列生化池"
  559. },
  560. {
  561. "from": "human",
  562. "value": "AAO(厌氧池、缺氧池、好氧池)各池单格有效容积分别是多少?"
  563. },
  564. {
  565. "from": "gpt",
  566. "value": "好氧池设置2格,单格有效容积15141.60m³(总有效容积30283.20m³); \n缺氧池设置2格,单格有效容积19368.33m³(总有效容积38736.66m³); \n厌氧池设置2格,单格有效容积4110m³(总有效容积8220m³)"
  567. },
  568. {
  569. "from": "human",
  570. "value": "AAO(厌氧池、缺氧池、好氧池)各池设计水力停留时间计算公式分别是什么?"
  571. },
  572. {
  573. "from": "gpt",
  574. "value": "\\mathrm{T}=\\frac{V}{Q}\nT:各池(厌、缺、好)水力停留时间,h;\nV:各池(厌、缺、好)有效容积,m³;\nQ:设计流量,m³/h;"
  575. },
  576. {
  577. "from": "human",
  578. "value": "AAO(厌氧池、缺氧池、好氧池)各池设计水力停留时间计算结果分别是多少?"
  579. },
  580. {
  581. "from": "gpt",
  582. "value": "\\mathrm{T}=\\frac{V}{Q}\nT:各池(厌、缺、好)水力停留时间,h;\nV:各池(厌、缺、好)有效容积,m³;\nQ:设计流量,m³/h;\n\n信义厂厌氧池设计水力停留时间计算结果是:\nT=8220/(100000/24)=1.97h\n信义厂缺氧池设计水力停留时间计算结果是:\nT=38736.66/(100000/24)=9.3h\n信义厂好氧池设计水力停留时间计算结果是:\nT=30283.20/(100000/24)=7.27h"
  583. },
  584. {
  585. "from": "human",
  586. "value": "AAO(厌氧池、缺氧池、好氧池)各池实际水力停留时间分别是多少?"
  587. },
  588. {
  589. "from": "gpt",
  590. "value": "\\mathrm{T}=\\frac{V}{Q}\nT:各池(厌、缺、好)水力停留时间,h;\nV:各池(厌、缺、好)有效容积,m³;\nQ:实际进水流量,m³/h\n\n信义厂厌氧池设计水力停留时间计算结果是:\nT=8220/[Q_in]h\n信义厂缺氧池设计水力停留时间计算结果是:\nT=38736.66/[Q_in]h\n信义厂好氧池设计水力停留时间计算结果是:\nT=30283.20/[Q_in]h"
  591. },
  592. {
  593. "from": "human",
  594. "value": "内回流过程设置几台内回流泵?"
  595. },
  596. {
  597. "from": "gpt",
  598. "value": "设置10台内回流泵(8用2备),单泵流量2080m³/h,8台工频,2台变频"
  599. },
  600. {
  601. "from": "human",
  602. "value": "生化池实际内回流流量是多少?"
  603. },
  604. {
  605. "from": "gpt",
  606. "value": "\\mathbb{Q}_\\text{内}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{内}}:内回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台内回流泵流量,m³/(h·台);\nn:内回流泵实际工作台数,台;\nη:每台内回流泵工作效率;\n\n内回流泵按设计流量计算,回流泵8用2备,工作效率取0.9,则内回流流量计算结果为:\nQ_{内}=2080*8*0.9=14976m³/h\n实际内回流流量为:\nQ_{内}=[n_nei]*[Q_nei]*[η_nei]m³/h"
  607. },
  608. {
  609. "from": "human",
  610. "value": "生化池实际内回流比计算公式是什么?"
  611. },
  612. {
  613. "from": "gpt",
  614. "value": "\\mathrm{r=Q}_{内}/\\mathbb{Q}\nr:内回流比,%;\n\\mathbb{Q}_{\\text{内}}:内回流流量,m³/h;\nQ:实际进水流量,m³/h;\n\n\\mathbb{Q}_\\text{内}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{内}}:内回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台内回流泵流量,m³/(h·台);\nn:内回流泵实际工作台数,台;\nη:每台内回流泵工作效率;\n"
  615. },
  616. {
  617. "from": "human",
  618. "value": "信义厂实际内回流比是多少?"
  619. },
  620. {
  621. "from": "gpt",
  622. "value": "\\mathrm{r=Q}_{内}/\\mathbb{Q}\nr:内回流比,%;\n\\mathbb{Q}_{\\text{内}}:内回流流量,m³/h;\nQ:实际进水流量,m³/h;\n\n\\mathbb{Q}_\\text{内}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{内}}:内回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台内回流泵流量,m³/(h·台);\nn:内回流泵实际工作台数,台;\nη:每台内回流泵工作效率;\n\n信义厂内回流比为:\nr=[n_nei]*[Q_nei]*[η_nei]/[Q_in]*100%"
  623. },
  624. {
  625. "from": "human",
  626. "value": "信义污水厂生化池污水处理流程参数是什么?"
  627. },
  628. {
  629. "from": "gpt",
  630. "value": "设计流量4167m³/h(可查看实际进水量),生化池进水BOD浓度140mg/L(可查看实际值),出水BOD浓度10mg/L(可查看实际值),污泥浓度4g/L(可查看实际值),污泥总产率系数0.7kgMLSS/kgBOD₅(可核算实际值),SV₃₀值48(可查看实际值)\n"
  631. },
  632. {
  633. "from": "human",
  634. "value": "信义污水厂生化池污泥总负荷设计计算公式是什么?"
  635. },
  636. {
  637. "from": "gpt",
  638. "value": "L_{\\mathrm{s}}=\\frac{24\\times\\mathrm{Q}\\times\\left(S_0-S\\mathrm{e}\\right)}{V\\times M\\mathrm{LSS}}\nLₛ:污泥总负荷,kgBOD/(kgMLSS·d);\nQ:设计流量,m³/h;\nS₀:进水BOD浓度,mg/L;\nSₑ:出水BOD浓度,mg/L;\nV:生化池总有效容积,m³;\nMLSS:生化池平均污泥浓度,mg/L;\n"
  639. },
  640. {
  641. "from": "human",
  642. "value": "信义污水厂生化池污泥总负荷设计计算结果是多少?"
  643. },
  644. {
  645. "from": "gpt",
  646. "value": "L_{\\mathrm{s}}=\\frac{24\\times\\mathrm{Q}\\times\\left(S_0-S\\mathrm{e}\\right)}{V\\times M\\mathrm{LSS}}\nLₛ:污泥总负荷,kgBOD/(kgMLSS·d);\nQ:设计流量,m³/h;\nS₀:进水BOD浓度,mg/L;\nSₑ:出水BOD浓度,mg/L;\nV:生化池总有效容积,m³;\nMLSS:生化池平均污泥浓度,mg/L;\n\n信义厂设计S₀为182mg/L,设计Sₑ为10mg/L,设计MLSS为4000mg/L,代入公式,结果为:\nLₛ=24*(100000/24)*(182-10)/(77239.86*4000)=0.056kgBOD/(kgMLSS·d)"
  647. },
  648. {
  649. "from": "human",
  650. "value": "信义污水厂生化池污泥总负荷实际计算结果是多少?"
  651. },
  652. {
  653. "from": "gpt",
  654. "value": "L_{\\mathrm{s}}=\\frac{24\\times\\mathrm{Q}\\times\\left(S_0-S\\mathrm{e}\\right)}{V\\times M\\mathrm{LSS}}\nLₛ:污泥总负荷,kgBOD/(kgMLSS·d);\nQ:实际进水流量,m³/h;\nS₀:进水BOD浓度,mg/L;\nSₑ:出水BOD浓度,mg/L;\nV:生化池总有效容积,m³;\nMLSS:生化池平均污泥浓度,mg/L;\n\n信义厂实际污泥总负荷为:\nLₛ=24*([BOD_in]-[BOD_off])*[Q_in]/[MLSS]/([V_hao]+[V_que]+[V_yan])/2 kgBOD/(kgMLSS·d)\n\n"
  655. },
  656. {
  657. "from": "human",
  658. "value": "信义污水厂理论污泥龄的计算公式是什么?"
  659. },
  660. {
  661. "from": "gpt",
  662. "value": "SRT=\\frac{V\\times MLSS}{Q\\times24\\times Y_{\\mathrm{t}}\\times(S_0-S_e)}\nSRT:污泥龄,d;\nV:好氧池总容积,m³;\nMLSS:生化池平均污泥浓度,mg/L;\nQ:进水量,m³/h;\nY_t:总产率系数,kgMLSS/kgBOD₅;\nS₀:进水BOD浓度,mg/L;\nSₑ:出水BOD浓度,mg/L;\n\n\n"
  663. },
  664. {
  665. "from": "human",
  666. "value": "信义污水厂泥龄是多少?"
  667. },
  668. {
  669. "from": "gpt",
  670. "value": "SRT=\\frac{V\\times MLSS}{Q\\times24\\times Y_{\\mathrm{t}}\\times(S_0-S_e)}\nSRT:污泥龄,d;\nV:好氧池总容积,m³;\nMLSS:生化池平均污泥浓度,mg/L;\nQ:进水量,m³/h;\nY_t:总产率系数,kgMLSS/kgBOD₅;\nS₀:进水BOD浓度,mg/L;\nSₑ:出水BOD浓度,mg/L;\n\n按设计值计算,好氧池污泥龄为:\nSRT=30283.20*4000/(100000*0.7*(182-10))=10d\n按设计值计算,水厂总污泥龄为:\nSRT=77239.86*4000/(100000*0.7*(182-10))=25.66d\n\n按实际情况计算,好氧池污泥龄为:\nSRT=2*[V_hao]*[MLSS]/([Q_in]*24*[Y]*([BOD_in]-[BOD_off]))d\n按实际情况计算,水厂总污泥龄为:\nSRT=2*([V_yan]+[V_que]+[V_hao])*[MLSS]/([Q_in]*24*[Y]*([BOD_in]-[BOD_off]))d"
  671. }
  672. ]
  673. },
  674. {
  675. "system": "你是信义污水厂助手。",
  676. "conversations": [
  677. {
  678. "from": "human",
  679. "value": "生化池污泥沉降比设计值是多少?"
  680. },
  681. {
  682. "from": "gpt",
  683. "value": "20-75%"
  684. },
  685. {
  686. "from": "human",
  687. "value": "生化池污泥沉降比实际值是多少?"
  688. },
  689. {
  690. "from": "gpt",
  691. "value": "[SV]%"
  692. },
  693. {
  694. "from": "human",
  695. "value": "生化池污泥体积指数怎么计算?"
  696. },
  697. {
  698. "from": "gpt",
  699. "value": "\\mathrm{SVI=}\\frac{SV_{30}}{MLSS}\\times10000\nSVI:污泥体积指数,ml/g;\nSV_{30}:污泥沉降比,%;\nMLSS:生化池污泥浓度,mg/L;"
  700. },
  701. {
  702. "from": "human",
  703. "value": "生化池设计万吨水产泥率是多少?"
  704. },
  705. {
  706. "from": "gpt",
  707. "value": "1.56t/万吨水"
  708. },
  709. {
  710. "from": "human",
  711. "value": "生化池剩余污泥产生量怎么计算?"
  712. },
  713. {
  714. "from": "gpt",
  715. "value": "W=\\frac{Q}{10000}\\times z\\times5\nW:含水率80%的产泥量,t/d;\nQ:进水量,m³/d;\nz:万吨水产泥率,t/万吨水;\n\n按设计值计算,信义厂生化池剩余污泥产生量结果为:\nW=100000/10000*1.56*5=78t/d\n\n按实际情况计算,信义厂生化池剩余污泥产生量结果为:\nW=[Q_in]*24/10000*[z]*5t/d"
  716. },
  717. {
  718. "from": "human",
  719. "value": "生化池理论内回流流量计算公式是什么?"
  720. },
  721. {
  722. "from": "gpt",
  723. "value": "\\begin{aligned}K_{\\mathrm{de(T)}}=K_{\\mathrm{de(20)}}\\times1.08\\wedge(T-20)\\\\ \\\\ Q_{内}=\\frac{1000\\times V_{n}\\times K_{de(T)}\\times MLSS}{N_{\\mathrm{te}}\\cdot N_{\\mathrm{ke}}}-Q_{外}\\end{aligned}\nK_{de(T)}:T℃时的反硝化速率,(NO₃-N)/(kgMLSS·d);\nK_{de(20)}:20℃时的反硝化速率,(NO₃-N)/(kgMLSS·d),取值0.05(NO₃-N)/(kgMLSS·d);\nT:温度,℃;\nQ_{内}:内回流流量,m³/h;\nV_{n}:缺氧池总有效容积,m³;\nMLSS:生化池污泥浓度,mg/L;\nN_{te}:生化池出水总氮浓度,mg/L;\nN_{ke}:生化池出水总凯氏氮浓度mg/L;\nQ_{外}:外回流流量,m³/h;"
  724. }
  725. ]
  726. },
  727. {
  728. "system": "你是信义污水厂助手。",
  729. "conversations": [
  730. {
  731. "from": "human",
  732. "value": "信义污水厂设置几座二沉池?"
  733. },
  734. {
  735. "from": "gpt",
  736. "value": "设置2座二沉池"
  737. },
  738. {
  739. "from": "human",
  740. "value": "实际运行了几座二沉池?"
  741. },
  742. {
  743. "from": "gpt",
  744. "value": "运行2座二沉池"
  745. },
  746. {
  747. "from": "human",
  748. "value": "每座二沉池的直径是多少?"
  749. },
  750. {
  751. "from": "gpt",
  752. "value": "单座直径52m"
  753. },
  754. {
  755. "from": "human",
  756. "value": "实际运行中,二沉池的有效水深是多少?"
  757. },
  758. {
  759. "from": "gpt",
  760. "value": "有效水深4.8m"
  761. },
  762. {
  763. "from": "human",
  764. "value": "二沉池设计表面负荷计算公式是什么?"
  765. },
  766. {
  767. "from": "gpt",
  768. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:二沉池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:二沉池个数,座;\nF:单个二沉池表面积,m²;\nd:单座二沉池直径,m;"
  769. },
  770. {
  771. "from": "human",
  772. "value": "二沉池设计表面负荷计算结果是多少?"
  773. },
  774. {
  775. "from": "gpt",
  776. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:二沉池表面负荷,m³/(m²·h);\nQ:设计流量,m³/h;\nn:二沉池个数,座;\nF:单个二沉池表面积,m²;\nd:单座二沉池直径,m;\n\n信义厂二沉池设计表面负荷计算结果是:\nq=100000/24/(2*π*52*52/4)=0.98m³/(m²·h)"
  777. },
  778. {
  779. "from": "human",
  780. "value": "二沉池实际表面负荷计算结果是多少?"
  781. },
  782. {
  783. "from": "gpt",
  784. "value": "\\begin{gathered}\\q=\\frac Q{n\\times F}\\F=\\frac{\\pi\\times d\\times d}4\\end{gathered}\nq:二沉池表面负荷,m³/(m²·h);\nQ:进水流量,m³/h;\nn:二沉池个数,座;\nF:单个二沉池表面积,m²;\nd:单座二沉池直径,m;\n\n信义厂二沉池实际表面负荷计算结果是:\nq=[Q_in]/(2*π*52*52/4)m³/(m²·h)"
  785. },
  786. {
  787. "from": "human",
  788. "value": "二沉池设计停留时间计算公式是什么?"
  789. },
  790. {
  791. "from": "gpt",
  792. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:二沉池设计停留时间,h;\nn:二沉池个数,座;\nV:二沉池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座二沉池直径,m;\nh:二沉池有效水深,m"
  793. },
  794. {
  795. "from": "human",
  796. "value": "二沉池设计停留时间计算结果是什么?"
  797. },
  798. {
  799. "from": "gpt",
  800. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:二沉池设计停留时间,h;\nn:二沉池个数,座;\nV:二沉池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座二沉池直径,m;\nh:二沉池有效水深,m;\n\n信义厂二沉池设计停留时间计算结果是:\nT=2*(π*52*52/4*4.8)/(100000/24)=4.89h"
  801. },
  802. {
  803. "from": "human",
  804. "value": "二沉池实际停留时间计算结果是什么?"
  805. },
  806. {
  807. "from": "gpt",
  808. "value": "\\begin{array}{rcl}{\\text{T}=}&{{\\frac{\\mathrm{n}\\times V}{Q}}}\\\\\\\\{V=\\frac{\\pi\\times\\mathrm{d}\\times\\mathrm{d}}{4}\\times\\mathrm{h}}\\\\\\end{array}\nT:二沉池设计停留时间,h;\nn:二沉池个数,座;\nV:二沉池有效容积,m³;\nQ:设计流量,m³/h;\nd:单座二沉池直径,m;\nh:二沉池有效水深,m;\n\n信义厂二沉池实际停留时间计算结果是:\nT=2*(π*52*52/4*4.8)/[Q_in]h\n\n"
  809. },
  810. {
  811. "from": "human",
  812. "value": "二沉池固体负荷计算公式是什么?"
  813. },
  814. {
  815. "from": "gpt",
  816. "value": "q_\\text{固}=\\frac{(1+R)\\times Q\\times MLSS}{\\mathsf{n}\\times F}\nq_{固}:二沉池固体负荷,kg/(㎡˙d) ;\nR:外回流比,%;\nQ:进水量,m³/h;\nMLSS:生化池污泥浓度,mg/L;\nn:二沉池个数,座;\nF:单个二沉池表面积,m²;"
  817. },
  818. {
  819. "from": "human",
  820. "value": "二沉池固体负荷怎么计算?"
  821. },
  822. {
  823. "from": "gpt",
  824. "value": "q_\\text{固}=\\frac{(1+R)\\times Q\\times MLSS}{\\mathsf{n}\\times F}\nq_{固}:二沉池固体负荷,kg/(㎡˙d) ;\nR:外回流比,%;\nQ:进水量,m³/d;\nMLSS:生化池污泥浓度,mg/L;\nn:二沉池个数,座;\nF:单个二沉池表面积,m²;\n\n按设计参数计算,R取100%,MLSS取4000mg/L,Q取100000/24m³/h,则二沉池固体负荷为:\nq_{固}=(1+100%)*100000*4000/(2*π*52*52/4)/1000=188.35kg/(㎡˙d) \n按实际参数计算,二沉池固体负荷为:\nq_{固}=(1+[R])*[Q_in]*24*[MLSS]/(2*π*52*52/4)/1000kg/(㎡˙d) \n\n"
  825. },
  826. {
  827. "from": "human",
  828. "value": "外回流过程设置几台外回流泵?"
  829. },
  830. {
  831. "from": "gpt",
  832. "value": "设置5台外回流泵(4用1备),单泵流量1200m³/h,5台工频"
  833. },
  834. {
  835. "from": "human",
  836. "value": "实际外回流流量怎么算,是多少?"
  837. },
  838. {
  839. "from": "gpt",
  840. "value": "\\mathbb{Q}_\\text{外}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{外}}:外回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台外回流泵流量,m³/(h·台);\nn:外回流泵实际工作台数,台;\nη:每台外回流泵工作效率;\n\n外回流泵按设计流量计算,外回流泵4用1备,工作效率取0.9,则外回流流量计算结果为:\nQ_{外}=1200*4*0.9=4320m³/h\n实际外回流流量为:\nQ_{外}=[n_wai]*[Q_wai]*[η_wai]m³/h"
  841. },
  842. {
  843. "from": "human",
  844. "value": "实际外回流比计算公式是什么?"
  845. },
  846. {
  847. "from": "gpt",
  848. "value": "\\mathrm{R=Q}_{外}/\\mathbb{Q}\nR:外回流比,%;\n\\mathbb{Q}_{\\text{外}}:外回流流量,m³/h;\nQ:实际进水流量,m³/h;\n\n\\mathbb{Q}_\\text{外}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{外}}:外回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台外回流泵流量,m³/(h·台);\nn:外回流泵实际工作台数,台;\nη:每台外回流泵工作效率;"
  849. },
  850. {
  851. "from": "human",
  852. "value": "信义厂实际外回流比是多少?"
  853. },
  854. {
  855. "from": "gpt",
  856. "value": "\\mathrm{R=Q}_{外}/\\mathbb{Q}\nR:外回流比,%;\n\\mathbb{Q}_{\\text{外}}:外回流流量,m³/h;\nQ:实际进水流量,m³/h;\n\n\\mathbb{Q}_\\text{外}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{外}}:外回流流量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台外回流泵流量,m³/(h·台);\nn:外回流泵实际工作台数,台;\nη:每台外回流泵工作效率;\n\n信义厂外回流比为:\nR=[n_wai]*[Q_wai]*[η_wai]/[Q_in]*100%"
  857. },
  858. {
  859. "from": "human",
  860. "value": "剩余污泥泵设置几台?"
  861. },
  862. {
  863. "from": "gpt",
  864. "value": "剩余污泥泵2台(1用1备),单泵流量100m³/h,2台工频"
  865. },
  866. {
  867. "from": "human",
  868. "value": "实际运行几台剩余污泥泵?"
  869. },
  870. {
  871. "from": "gpt",
  872. "value": "实际运行1台"
  873. },
  874. {
  875. "from": "human",
  876. "value": "实际排泥量怎么算,是多少?"
  877. },
  878. {
  879. "from": "gpt",
  880. "value": "\\mathbb{Q}_\\text{实际}{ = \\mathbb{Q}_\\text{泵}{ \\times n \\times }}\\mathbb{η}\n\\mathbb{Q}_{\\text{实际}}:实际排泥量,m³/h;\n\\mathbb{Q}_{\\text{泵}}:单台剩余污泥泵流量,m³/(h·台);\nn:剩余污泥泵工作台数,台;\nη:每台剩余污泥泵工作效率;\n\n剩余污泥泵按设计流量计算,运行1台,工作效率取0.9,则实际排泥量计算结果为:\nQ_{实际}=100*1*0.9=90m³/h\n实际排泥量为:\nQ_{实际}=[n_pai]*[Q_pai]*[η_pai]m³/h"
  881. },
  882. {
  883. "from": "human",
  884. "value": "二沉池排泥的污泥含水率是多少?"
  885. },
  886. {
  887. "from": "gpt",
  888. "value": "二沉池的排泥的污泥含水率99%"
  889. }
  890. ]
  891. },
  892. {
  893. "system": "你是信义污水厂助手。",
  894. "conversations": [
  895. {
  896. "from": "human",
  897. "value": "信义污水厂设置几座活性砂滤池?"
  898. },
  899. {
  900. "from": "gpt",
  901. "value": "设置1座活性砂滤池,流砂过滤器120套"
  902. },
  903. {
  904. "from": "human",
  905. "value": "信义污水厂活性砂滤池有多少套流砂过滤器?"
  906. },
  907. {
  908. "from": "gpt",
  909. "value": "120套"
  910. },
  911. {
  912. "from": "human",
  913. "value": "实际运行多少套流砂过滤器?"
  914. },
  915. {
  916. "from": "gpt",
  917. "value": "运行流砂过滤器120套"
  918. },
  919. {
  920. "from": "human",
  921. "value": "单套流砂过滤器过滤面积是多少?"
  922. },
  923. {
  924. "from": "gpt",
  925. "value": "单套过滤面积6m²"
  926. },
  927. {
  928. "from": "human",
  929. "value": "流砂过滤器的过滤速度计算公式是什么?"
  930. },
  931. {
  932. "from": "gpt",
  933. "value": "\\mathfrak{q}=\\frac{\\mathcal{Q}}{n\\times F}\nq:过滤速度,m/h;\nQ:进水流量,m³/h;\nn:实际运行的流砂过滤器数量,套;\nF:单套流砂过滤器过滤面积,m²;"
  934. },
  935. {
  936. "from": "human",
  937. "value": "流砂过滤器的过滤速度怎么计算?"
  938. },
  939. {
  940. "from": "gpt",
  941. "value": "\\mathfrak{q}=\\frac{\\mathcal{Q}}{n\\times F}\nq:过滤速度,m/h;\nQ:进水流量,m³/h;\nn:实际运行的流砂过滤器数量,套;\nF:单套流砂过滤器过滤面积,m²;\n\n按设计参数计算,流砂过滤器的过滤速度为:\nq=100000/24/(120*6)=5.79m/h\n按实际情况计算,流砂过滤器的过滤速度为:\nq=[Q_in]/([n_sha]*[A_sha])m/h"
  942. },
  943. {
  944. "from": "human",
  945. "value": "反冲洗过程设置几台废水潜水泵?"
  946. },
  947. {
  948. "from": "gpt",
  949. "value": "设置2台废水潜水泵(1用1备),单台泵流量542m³/h,2台变频"
  950. },
  951. {
  952. "from": "human",
  953. "value": "反冲洗过程单台废水潜水泵流量是多少?"
  954. },
  955. {
  956. "from": "gpt",
  957. "value": "单台泵流量542m³/h;"
  958. },
  959. {
  960. "from": "human",
  961. "value": "反冲洗废水量计算公式是什么?"
  962. },
  963. {
  964. "from": "gpt",
  965. "value": "Q_\\text{实际}=Q_\\text{泵}\\times\\mathrm{n}\\times\\eta \nQ_\\text{实际}:反冲洗废水水量,m³/h;\nQ_\\text{泵}:单台反冲洗废水排水泵设计流量,m³/(h·台);\nn:反冲洗废水排水泵工作台数,台;\nη:反冲洗废水排水泵工作效率;\n"
  966. },
  967. {
  968. "from": "human",
  969. "value": "反冲洗废水量计算结果是多少?"
  970. },
  971. {
  972. "from": "gpt",
  973. "value": "Q_\\text{实际}=Q_\\text{泵}\\times\\mathrm{n}\\times\\eta \nQ_\\text{实际}:反冲洗废水水量,m³/h;\nQ_\\text{泵}:单台反冲洗废水排水泵设计流量,m³/(h·台);\nn:反冲洗废水排水泵工作台数,台;\nη:反冲洗废水排水泵工作效率;\n\n按设计参数计算,废水潜水泵(用1备,工作效率取0.9,则反冲洗废水量计算结果是:\nQ=542*1*0.9=487.8m³/h;\n按实际情况计算,则反冲洗废水量计算结果是:\nQ=[Q_fan]*[n_fan]*[η_fan]m³/h;"
  974. },
  975. {
  976. "from": "human",
  977. "value": "深度处理反冲洗水量比例是多少?"
  978. },
  979. {
  980. "from": "gpt",
  981. "value": "深度处理反冲洗水量比例设计值为8-10%;\n\n实际深度处理反冲洗水量比例=[Q_fan]*[n_fan]*[η_fan]/[Q_in]*100%"
  982. }
  983. ]
  984. },
  985. {
  986. "system": "你是信义污水厂助手。",
  987. "conversations": [
  988. {
  989. "from": "human",
  990. "value": "信义污水厂反冲洗配水深度处理设置几座磁混凝处理车间?"
  991. },
  992. {
  993. "from": "gpt",
  994. "value": "设置1座磁混凝处理车间"
  995. },
  996. {
  997. "from": "human",
  998. "value": "信义污水厂反冲洗配水深度处理设置几座斜管沉淀池?"
  999. },
  1000. {
  1001. "from": "gpt",
  1002. "value": "设置1座斜管沉淀池"
  1003. },
  1004. {
  1005. "from": "human",
  1006. "value": "信义污水厂反冲洗配水深度处理过程中,磁混凝和斜管沉淀池实际怎么运行?"
  1007. },
  1008. {
  1009. "from": "gpt",
  1010. "value": "磁混凝处理车间和斜管沉淀池间歇运行"
  1011. },
  1012. {
  1013. "from": "human",
  1014. "value": "信义污水厂反冲洗配水深度处理过程中,斜管沉淀池池长和池宽分别是多少?"
  1015. },
  1016. {
  1017. "from": "gpt",
  1018. "value": "池长10.9m,池宽2.9m"
  1019. },
  1020. {
  1021. "from": "human",
  1022. "value": "斜管沉淀池清水区上升流速计算公式是什么?"
  1023. },
  1024. {
  1025. "from": "gpt",
  1026. "value": "\\mathrm{v}=\\frac{Q\\times1000}{\\mathrm{n}\\times L\\times W\\times86400}\nv:清水区上升流速,mm/s;\nQ:进水流量,m³/d;\nn:斜管沉淀池数量,座;\n86400:天到秒的换算;"
  1027. },
  1028. {
  1029. "from": "human",
  1030. "value": "斜管沉淀池清水区上升流速怎么计算?"
  1031. },
  1032. {
  1033. "from": "gpt",
  1034. "value": "\\mathrm{v}=\\frac{Q\\times1000}{\\mathrm{n}\\times L\\times W\\times86400}\nv:清水区上升流速,mm/s;\nQ:进水流量,m³/d;\nn:斜管沉淀池数量,座;\n86400:天到秒的换算;\n\n按设计参数计算,斜管沉淀池清水区上升流速为:\nv=100000*1000/(10.9*2.9*86400)=36.62mm/s\n按实际情况计算,斜管沉淀池清水区上升流速为:\nv=[Q_in]*24*1000/(10.9*2.9*86400)mm/s"
  1035. }
  1036. ]
  1037. },
  1038. {
  1039. "system": "你是信义污水厂助手。",
  1040. "conversations": [
  1041. {
  1042. "from": "human",
  1043. "value": "信义污水厂设置几座消毒接触池?"
  1044. },
  1045. {
  1046. "from": "gpt",
  1047. "value": "设置消毒接触池1座"
  1048. },
  1049. {
  1050. "from": "human",
  1051. "value": "信义污水厂运行几座消毒接触池?"
  1052. },
  1053. {
  1054. "from": "gpt",
  1055. "value": "运行1座消毒接触池"
  1056. },
  1057. {
  1058. "from": "human",
  1059. "value": "信义污水厂消毒接触池有效容积是多少?"
  1060. },
  1061. {
  1062. "from": "gpt",
  1063. "value": "有效容积2938m³"
  1064. },
  1065. {
  1066. "from": "human",
  1067. "value": "信义污水厂消毒接触池采用什么消毒药剂?"
  1068. },
  1069. {
  1070. "from": "gpt",
  1071. "value": "采用次氯酸钠消毒"
  1072. },
  1073. {
  1074. "from": "human",
  1075. "value": "次氯酸钠接触时间计算公式是什么?"
  1076. },
  1077. {
  1078. "from": "gpt",
  1079. "value": "\\mathrm{T}=\\frac VQ\\times60\nT:次氯酸钠消毒接触时间,min;\nV:消毒接触池有效容积,m³;\nQ:进水流量,m³/h;"
  1080. },
  1081. {
  1082. "from": "human",
  1083. "value": "次氯酸钠接触时间怎么计算?"
  1084. },
  1085. {
  1086. "from": "gpt",
  1087. "value": "\\mathrm{T}=\\frac VQ\\times60\nT:次氯酸钠消毒接触时间,min;\nV:消毒接触池有效容积,m³;\nQ:进水流量,m³/h;\n\n按设计参数计算,次氯酸钠接触时间为:\nT=2938/(100000/24)*60=42.3min\n按实际情况计算,次氯酸钠接触时间为:\nT=2938/[Q_in]*60min"
  1088. }
  1089. ]
  1090. },
  1091. {
  1092. "system": "你是信义污水厂助手。",
  1093. "conversations": [
  1094. {
  1095. "from": "human",
  1096. "value": "信义污水厂设置几座鼓风机房?"
  1097. },
  1098. {
  1099. "from": "gpt",
  1100. "value": "设置鼓风机房1座,内设6台鼓风机"
  1101. },
  1102. {
  1103. "from": "human",
  1104. "value": "信义污水厂鼓风机房有几台鼓风机?"
  1105. },
  1106. {
  1107. "from": "gpt",
  1108. "value": "设置鼓风机房1座,内设6台鼓风机(4用2备),6台均为变频"
  1109. },
  1110. {
  1111. "from": "human",
  1112. "value": "信义污水厂鼓风机房实际运行几台鼓风机?"
  1113. },
  1114. {
  1115. "from": "gpt",
  1116. "value": "运行3台鼓风机"
  1117. },
  1118. {
  1119. "from": "human",
  1120. "value": "每台鼓风机额定流量是多少?"
  1121. },
  1122. {
  1123. "from": "gpt",
  1124. "value": "设置6台鼓风机,单台额定流量为9600m³/h"
  1125. },
  1126. {
  1127. "from": "human",
  1128. "value": "鼓风机总风量计算公式是什么?"
  1129. },
  1130. {
  1131. "from": "gpt",
  1132. "value": "Q=n\\times Q_{\\text{风机}}\nQ:鼓风机总风量,m³/h;\nn:鼓风机实际运行台数,台;\nQ_{\\text{风机}}:单台鼓风机风量,m³/(h·台);"
  1133. },
  1134. {
  1135. "from": "human",
  1136. "value": "鼓风机总风量怎么计算?"
  1137. },
  1138. {
  1139. "from": "gpt",
  1140. "value": "Q=n\\times Q_{\\text{风机}}\nQ:鼓风机总风量,m³/h;\nn:鼓风机实际运行台数,台;\nQ_{\\text{风机}}:单台鼓风机风量,m³/(h·台);\n\n按设计参数计算,鼓风机4用2备,实际运行3台,鼓风机总风量为:\nQ=3*9600=28800m³/h\n按实际情况计算,鼓风机总风量为:\nQ=[n_gu]*[Q_gu]m³/h"
  1141. },
  1142. {
  1143. "from": "human",
  1144. "value": "气水比计算公式是什么?"
  1145. },
  1146. {
  1147. "from": "gpt",
  1148. "value": "\\mathrm{q}=\\frac{n\\times\\mathcal{Q}_\\text{风机}}{\\mathcal{Q}}\nq:气水比,m³/m³;\nn:鼓风机实际运行台数,台;\nQ_{\\text{风机}}:单台鼓风机风量,m³/(h·台);\nQ:进水流量,m³/h;"
  1149. },
  1150. {
  1151. "from": "human",
  1152. "value": "气水比怎么计算?"
  1153. },
  1154. {
  1155. "from": "gpt",
  1156. "value": "\\mathrm{q}=\\frac{n\\times\\mathcal{Q}_\\text{风机}}{\\mathcal{Q}}\nq:气水比,m³/m³;\nn:鼓风机实际运行台数,台;\nQ_{\\text{风机}}:单台鼓风机风量,m³/(h·台);\nQ:进水流量,m³/h;\n\n按设计参数计算,气水比为:\nq=3*9600/(100000/24)=6.91:1m³/m³;\n按实际情况计算,气水比为:\nq=[n_gu]*[Q_gu]/[Q_in]:1m³/m³"
  1157. }
  1158. ]
  1159. },
  1160. {
  1161. "system": "你是信义污水厂助手。",
  1162. "conversations": [
  1163. {
  1164. "from": "human",
  1165. "value": "信义污水厂碳源投加的什么药剂?"
  1166. },
  1167. {
  1168. "from": "gpt",
  1169. "value": "乙酸钠"
  1170. },
  1171. {
  1172. "from": "human",
  1173. "value": "信义污水厂有几套乙酸钠加药系统?"
  1174. },
  1175. {
  1176. "from": "gpt",
  1177. "value": "设置1套乙酸钠加药系统"
  1178. },
  1179. {
  1180. "from": "human",
  1181. "value": "碳源投加用什么类型的泵?"
  1182. },
  1183. {
  1184. "from": "gpt",
  1185. "value": "隔膜计量泵"
  1186. },
  1187. {
  1188. "from": "human",
  1189. "value": "碳源投加设置几台隔膜计量泵?"
  1190. },
  1191. {
  1192. "from": "gpt",
  1193. "value": "2台隔膜计量泵"
  1194. },
  1195. {
  1196. "from": "human",
  1197. "value": "碳源投加实际运行几台隔膜计量泵?"
  1198. },
  1199. {
  1200. "from": "gpt",
  1201. "value": "运行1台隔膜计量泵"
  1202. },
  1203. {
  1204. "from": "human",
  1205. "value": "碳源投加隔膜计量泵单台流量是多少?"
  1206. },
  1207. {
  1208. "from": "gpt",
  1209. "value": "单台流量1100L/h"
  1210. },
  1211. {
  1212. "from": "human",
  1213. "value": "碳源乙酸钠使用量计算公式是什么?"
  1214. },
  1215. {
  1216. "from": "gpt",
  1217. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:碳源药剂投加量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:碳源投加隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;"
  1218. },
  1219. {
  1220. "from": "human",
  1221. "value": "碳源乙酸钠使用量怎么计算?"
  1222. },
  1223. {
  1224. "from": "gpt",
  1225. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:碳源药剂投加量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:碳源投加隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;\n\n按设计参数计算,工作效率取0.9,碳源乙酸钠使用量为:\nQ=1100*1*90%=990L/h\n按实际情况计算,碳源乙酸钠使用量为:\nQ=[n_tan]*[Q_tan]*[η_tan]L/h"
  1226. }
  1227. ]
  1228. },
  1229. {
  1230. "system": "你是信义污水厂助手。",
  1231. "conversations": [
  1232. {
  1233. "from": "human",
  1234. "value": "信义污水厂设置几套次氯酸钠加药系统?"
  1235. },
  1236. {
  1237. "from": "gpt",
  1238. "value": "设置1套次氯酸钠加药系统"
  1239. },
  1240. {
  1241. "from": "human",
  1242. "value": "次氯酸钠投加用什么类型的泵?"
  1243. },
  1244. {
  1245. "from": "gpt",
  1246. "value": "隔膜计量泵"
  1247. },
  1248. {
  1249. "from": "human",
  1250. "value": "次氯酸钠投加设置几台隔膜计量泵?"
  1251. },
  1252. {
  1253. "from": "gpt",
  1254. "value": "2台隔膜计量泵"
  1255. },
  1256. {
  1257. "from": "human",
  1258. "value": "次氯酸钠投加实际运行几台隔膜计量泵?"
  1259. },
  1260. {
  1261. "from": "gpt",
  1262. "value": "运行1台隔膜计量泵"
  1263. },
  1264. {
  1265. "from": "human",
  1266. "value": "次氯酸钠投加隔膜计量泵单台流量是多少?"
  1267. },
  1268. {
  1269. "from": "gpt",
  1270. "value": "单台流量420L/h"
  1271. },
  1272. {
  1273. "from": "human",
  1274. "value": "消毒剂次氯酸钠使用量计算公式是什么?"
  1275. },
  1276. {
  1277. "from": "gpt",
  1278. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:消毒剂次氯酸钠投加量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:消毒剂次氯酸钠隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;"
  1279. },
  1280. {
  1281. "from": "human",
  1282. "value": "消毒剂次氯酸钠使用量怎么计算?"
  1283. },
  1284. {
  1285. "from": "gpt",
  1286. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:消毒剂次氯酸钠投加量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:消毒剂次氯酸钠隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;\n\n按设计参数计算,工作效率取0.9,消毒剂次氯酸钠使用量为:\nQ=420*1*90%=378L/h\n按实际情况计算,消毒剂次氯酸钠使用量为:\nQ=[n_xiao]*[Q_xiao]*[η_xiao]L/h"
  1287. }
  1288. ]
  1289. },
  1290. {
  1291. "system": "你是信义污水厂助手。",
  1292. "conversations": [
  1293. {
  1294. "from": "human",
  1295. "value": "信义污水厂生化池设置几套化学除磷加药装置?"
  1296. },
  1297. {
  1298. "from": "gpt",
  1299. "value": "生化池设置1套化学除磷加药装置"
  1300. },
  1301. {
  1302. "from": "human",
  1303. "value": "生化池化学除磷加药用什么类型的泵?"
  1304. },
  1305. {
  1306. "from": "gpt",
  1307. "value": "隔膜计量泵"
  1308. },
  1309. {
  1310. "from": "human",
  1311. "value": "生化池化学除磷加药设置几台隔膜计量泵?"
  1312. },
  1313. {
  1314. "from": "gpt",
  1315. "value": "3台隔膜计量泵(2用1备)"
  1316. },
  1317. {
  1318. "from": "human",
  1319. "value": "生化池化学除磷加药实际运行几台隔膜计量泵?"
  1320. },
  1321. {
  1322. "from": "gpt",
  1323. "value": "运行1台隔膜计量泵\n"
  1324. },
  1325. {
  1326. "from": "human",
  1327. "value": "生化池化学除磷加药隔膜计量泵单台流量是多少?"
  1328. },
  1329. {
  1330. "from": "gpt",
  1331. "value": "单台流量1520L/h"
  1332. },
  1333. {
  1334. "from": "human",
  1335. "value": "除磷药剂使用量计算公式是什么?"
  1336. },
  1337. {
  1338. "from": "gpt",
  1339. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:除磷药剂使用量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:除磷隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;"
  1340. },
  1341. {
  1342. "from": "human",
  1343. "value": "除磷药剂使用量怎么计算?"
  1344. },
  1345. {
  1346. "from": "gpt",
  1347. "value": "Q_{\\text{实际}}=Q_{\\text{泵}\\times\\mathrm{n}\\times\\eta}\nQ_{\\text{实际}}:除磷药剂使用量,L/h;\nQ_{\\text{泵}}:单台泵流量,L/(h·台)\nn:除磷隔膜计量泵实际运行台数,台;\nη:每台泵工作效率;\n\n按设计参数计算,工作效率取0.9,除磷药剂使用量为:\nQ=1520*2*0.9+490*1*0.9=3177L/h\n按实际情况计算,除磷药剂使用量为:\nQ=[n_chu]*[Q_chu]*[η_chu]+[n_shen]*[Q_shen]*[η_shen]L/h"
  1348. }
  1349. ]
  1350. },
  1351. {
  1352. "system": "你是信义污水厂助手。",
  1353. "conversations": [
  1354. {
  1355. "from": "human",
  1356. "value": "信义污水厂深度处理设置几套化学除磷加药装置?"
  1357. },
  1358. {
  1359. "from": "gpt",
  1360. "value": "深度处理设置1套化学除磷加药装置"
  1361. },
  1362. {
  1363. "from": "human",
  1364. "value": "深度处理化学除磷加药用什么类型的泵?"
  1365. },
  1366. {
  1367. "from": "gpt",
  1368. "value": "隔膜计量泵"
  1369. },
  1370. {
  1371. "from": "human",
  1372. "value": "深度处理化学除磷加药设置几台隔膜计量泵?"
  1373. },
  1374. {
  1375. "from": "gpt",
  1376. "value": "2台隔膜计量泵(1用1备)"
  1377. },
  1378. {
  1379. "from": "human",
  1380. "value": "深度处理化学除磷加药隔膜计量泵单台流量是多少?"
  1381. },
  1382. {
  1383. "from": "gpt",
  1384. "value": "单台流量490L/h"
  1385. },
  1386. {
  1387. "from": "human",
  1388. "value": "信义厂化学除磷使用什么药剂?"
  1389. },
  1390. {
  1391. "from": "gpt",
  1392. "value": "PAC"
  1393. }
  1394. ]
  1395. },
  1396. {
  1397. "system": "你是信义污水厂助手。",
  1398. "conversations": [
  1399. {
  1400. "from": "human",
  1401. "value": "信义污水厂污泥脱水间设置几台带式浓缩一体机?"
  1402. },
  1403. {
  1404. "from": "gpt",
  1405. "value": "设置3台带式浓缩一体机,单台处理污泥量60m³/h,带宽≥2500mm"
  1406. },
  1407. {
  1408. "from": "human",
  1409. "value": "信义污水厂污泥脱水间带式浓缩一体机单台处理污泥量是多少?"
  1410. },
  1411. {
  1412. "from": "gpt",
  1413. "value": "单台处理污泥量为60m³/h"
  1414. },
  1415. {
  1416. "from": "human",
  1417. "value": "信义污水厂污泥脱水间带式浓缩一体机带宽是多少?"
  1418. },
  1419. {
  1420. "from": "gpt",
  1421. "value": "带宽≥2500mm"
  1422. },
  1423. {
  1424. "from": "human",
  1425. "value": "信义污水厂污泥脱水间设置几台叠螺脱水机?"
  1426. },
  1427. {
  1428. "from": "gpt",
  1429. "value": "设置3台叠螺脱水机,"
  1430. },
  1431. {
  1432. "from": "human",
  1433. "value": "信义污水厂污泥脱水间叠螺脱水机单台处理污泥量是多少?"
  1434. },
  1435. {
  1436. "from": "gpt",
  1437. "value": "单台处理污泥量230~400kg/h"
  1438. },
  1439. {
  1440. "from": "human",
  1441. "value": "信义污水厂污泥脱水间实际运行几台脱水机?"
  1442. },
  1443. {
  1444. "from": "gpt",
  1445. "value": "运行3台叠螺脱水机"
  1446. }
  1447. ]
  1448. },
  1449. {
  1450. "system": "你是信义污水厂助手。",
  1451. "conversations": [
  1452. {
  1453. "from": "human",
  1454. "value": "信义污水厂设置几座变压所?"
  1455. },
  1456. {
  1457. "from": "gpt",
  1458. "value": "设置2座10/0.4kV变压所"
  1459. },
  1460. {
  1461. "from": "human",
  1462. "value": "信义污水厂有几台变压器?容量是多少?"
  1463. },
  1464. {
  1465. "from": "gpt",
  1466. "value": "设置2台1250kVA变压器,2台630kVA变压器,1台800kVA变压器、应急发电机"
  1467. }
  1468. ]
  1469. },
  1470. {
  1471. "system": "你是信义污水厂助手。",
  1472. "conversations": [
  1473. {
  1474. "from": "human",
  1475. "value": "信义污水厂自控系统有哪些?"
  1476. },
  1477. {
  1478. "from": "gpt",
  1479. "value": "设5个现场工作站,原水提升泵站、鼓风机房、生化池、空压机房、加药加氯间、除磷加药间PLC"
  1480. }
  1481. ]
  1482. }
  1483. ]