目
第１�
第1節

目

§1 目

第２節
§2第３節
§3

�
�

�

的的 ········································································ 1

適用範囲
適用範囲 ······································································ 5

用語の定義
用語の定義 ···································································· 6

第２�

技術の概要

第１節 システム全体の概要と特徴§4

システム全体の概要 ···························································· 9§5システム全体の特徴 ··························································· 13第２節

超高効率固液分離技術の概要と特徴§6 超高効率固液分離技術の概要 ··················································· 15§7 超高効率固液分離技術の特徴 ··················································· 18

第３節

高効率高温消化技術の概要と特徴§8高効率高温消化技術の概要 ····················································· 20§9高効率高温消化技術の特徴 ····················································· 23

第４節

スマート発電システム技術の概要と特徴§10

スマート発電システム技術の概要 ·············································· 24§11スマート発電システム技術の特徴 ·············································· 27

第３�
第１節

導入検討

導入効果検討手法§12

導入検討の考え方 ···························································· 31§13導入検討手順 ································································ 33§14基礎調査 ···································································· 34

§15

導入効果の評価 ······························································ 37§16

導入判断 ···································································· 40

第２節導入効果§17

導入効果 ···································································· 41§18建設コスト縮減効果 ·························································· 45§19

維持管理コスト縮減効果 ······················································ 49§20トータルコスト縮減効果 ······················································ 53§21温室効果ガス排出量削減効果 ·················································· 55§22

省エネルギー効果 ···························································· 60§23

創エネルギー効果 ···························································· 63§24

その他効果 ·································································· 66

第��第１節

計画�設計基本計画§25

計画の手順 ·································································· 73§26

基礎調査 ···································································· 74§27

施設計画の検討 ······························································ 75§28

計画上の留意点の整理 ························································ 77§29

導入効果の検証 ······························································ 78§30導入計画のとりまとめ ························································ 79

第２節
§31

第３節

システム全体の設計
システム全体の設計の考え方 ·················································· 80

超高効率固液分離システムの設計§32

設計手順 ···································································· 85§33設計水量の設定 ······························································ 86§34超高効率固液分離設備 ························································ 87§35

除去率の決定 ································································ 89§36超高効率固液分離槽の除去率設定の考え方 ······································ 90§37超高効率固液分離槽のろ過速度および面積の設定 ································ 94§38

生汚泥貯留設備 ······························································ 95§39

一次濃縮設備 ································································ 96§40

二次濃縮設備（既設重力濃縮槽等） ··········································· 100§41

既設最初沈殿地への設備割付策定 ············································· 101§42制御の考え方 ······························································· 104§43

計装機器 ··································································· 106§44

設備の安全対策 ····························································· 107

第４節

高効率高温消化システムの設計§45

設計手順 ··································································· 108§46

受入バイオマスの種類 ······················································· 109§47

消受入バイオマス量 ························································· 111§48

消化性能の設定 ····························································· 112§49

添加剤 ····································································· 113§50

消化方式 ··································································· 114§51

消化温度 ··································································· 115§52

消化タンク有効容量 ························································· 116§53材質 ······································································· 117§54

攪拌方式 ··································································· 118§55

担体 ······································································· 120§56

返流負荷 ··································································· 122§57

加温設備 ··································································· 123§58

消化ガス貯留設備 ··························································· 125§59

脱硫・精製設備 ····························································· 127

第５節

スマート発電システムの設計§60

プラント運転最適化制御システム設計手順 ····································· 128§61

ハイブリッド型燃料電池の設計手順 ··········································· 131

第５�第１節
§62

第２節

維持管理

導入システム全体の管理導入システム全体としての維持管理の要点 ····································· 135

超高効率固液分離技術の維持管理§63

超高効率固液分離技術の運転管理 ············································· 136§64超高効率固液分離システムの保守点検 ········································· 137

第３節
§65

高効率高温消化技術の維持管理
高効率高温消化技術の運転管理 ··············································· 140

§66

第４節

高効率高温消化技術の保守点検 ··············································· 143

スマート発電システム技術の維持管理§67

スマート発電システム技術の運転管理 ········································· 145§68

スマート発電システム技術の点検項目 ········································· 146

第５節
§69

災害時の対応・対策
災害時の対応と対策 ························································· 148���

１．実証研究結果 ························································· 153
１.１ 超高効率固液分離技術 ······················································ 154
１.２ 高効率高温消化技術 ························································ 182
１.３ スマート発電システム技術 ·················································· 197

２．ケーススタディ ······················································· 203
３．その他 ······························································· 212
４．参考文献 ····························································· 223
５．問い合わせ先 ························································· 224