A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT AND NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT OF CARBON DIOXIDE GAS DISCHARGE SUPPRESSED TYPE
To provide a coal thermal electric power plant covered with a strong wall, allowing scram of an apparatus by stretching gamma ray detectors on the wall, provided with means allowing restoration and reconstruction in a few days after bombing.SOLUTION: A site boundary of a coal burning thermal electric power plant is enclosed with an impact protection wall, and a lot of gamma ray detectors 1 are installed on a ground surface outside the impact protection wall or on apexes. The gamma ray detectors 1 are connected to motors and fans of a coal conveyor via underground electric cables, and causes scram of the power plant when neighborhood is subjected to nuclear attack. Discharged carbon dioxide gas is removed by a carbon dioxide gas removing preheater. When carbon dioxide gas is sufficiently reduced, steam is said to have higher greenhouse effect than carbon dioxide gas. A coal burning thermal electric power generation technique is secured until then.SELECTED DRAWING: Figure 2
【課題】石炭火力発電所を強固な壁で覆い、壁の上にガンマ線検出器を張り巡らして機器のスクラムができるようにした。爆撃から数日も経てば復旧・復興ができる手段を提供する。【解決手段】石炭燃焼火力発電所敷地境界を衝撃防護壁で囲い、上記衝撃防護壁外側地表または頂部に多数のガンマ線検出器１を設置する。ガンマ線検出器１は地中電線により、石炭コンベヤーの電動機、送風機に接続され、近隣が核攻撃に遭った時当該発電所をスクラムする。排出炭酸ガスは炭酸ガス除去予熱器で除去する。炭酸ガス削減が行き渡った時点で、水蒸気は炭酸ガスよりも温室効果が高いと言い出す。その時まで石炭燃焼発電技術を維持確保する。【選択図】図２
NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT AND NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT OF CARBON DIOXIDE GAS DISCHARGE SUPPRESSED TYPE
To provide a coal thermal electric power plant covered with a strong wall, allowing scram of an apparatus by stretching gamma ray detectors on the wall, provided with means allowing restoration and reconstruction in a few days after bombing.SOLUTION: A site boundary of a coal burning thermal electric power plant is enclosed with an impact protection wall, and a lot of gamma ray detectors 1 are installed on a ground surface outside the impact protection wall or on apexes. The gamma ray detectors 1 are connected to motors and fans of a coal conveyor via underground electric cables, and causes scram of the power plant when neighborhood is subjected to nuclear attack. Discharged carbon dioxide gas is removed by a carbon dioxide gas removing preheater. When carbon dioxide gas is sufficiently reduced, steam is said to have higher greenhouse effect than carbon dioxide gas. A coal burning thermal electric power generation technique is secured until then.SELECTED DRAWING: Figure 2
【課題】石炭火力発電所を強固な壁で覆い、壁の上にガンマ線検出器を張り巡らして機器のスクラムができるようにした。爆撃から数日も経てば復旧・復興ができる手段を提供する。【解決手段】石炭燃焼火力発電所敷地境界を衝撃防護壁で囲い、上記衝撃防護壁外側地表または頂部に多数のガンマ線検出器１を設置する。ガンマ線検出器１は地中電線により、石炭コンベヤーの電動機、送風機に接続され、近隣が核攻撃に遭った時当該発電所をスクラムする。排出炭酸ガスは炭酸ガス除去予熱器で除去する。炭酸ガス削減が行き渡った時点で、水蒸気は炭酸ガスよりも温室効果が高いと言い出す。その時まで石炭燃焼発電技術を維持確保する。【選択図】図２
NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT AND NUCLEAR DISASTER-DAMAGE RESISTING COAL THERMAL ELECTRIC POWER PLANT OF CARBON DIOXIDE GAS DISCHARGE SUPPRESSED TYPE
核被災耐性石炭火力発電所及び炭酸ガス排出抑制型核被災耐性石炭火力発電所
SHIRAKAWA TOSHIHISA (author)
2022-12-12
Patent
Electronic Resource
Japanese
IPC:
E04H
Gebäude oder ähnliche Bauwerke für besondere Zwecke
,
BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES
/
F23J
REMOVAL OR TREATMENT OF COMBUSTION PRODUCTS OR COMBUSTION RESIDUES
,
Beseitigung oder Behandlung von Verbrennungsprodukten oder Verbrennungsrückständen
/
G01T
MEASUREMENT OF NUCLEAR OR X-RADIATION
,
Messung von Kern- oder Röntgenstrahlung
/
G21J
NUCLEAR EXPLOSIVES
,
Kernsprengstoffe
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