Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fishway oxygenation system using water electrolysis mode for hydropower station
The invention discloses a fishway oxygenation system using a water electrolysis mode for a hydropower station. The fishway oxygenation system is characterized in that a hydrogen production system (A),a hydrogen storage system (B) and an oxygen supply system (C) are sequentially connected through pipelines, and the hydrogen production system (A), the hydrogen storage system (B) and the oxygen supply system (C) are connected with a monitoring system (D) through control buses; a pure water device (5), an electrolyzed water reaction device (6), an oxygen filter (7) and a drying machine (8) whichare arranged inside the hydrogen production system (A) are sequentially connected through pipelines; and an oxygen storage tank (9) and an oxygen storage pipeline control valve (9.1) are arranged inside the hydrogen storage system (B). The fishway oxygenation system overcomes the defects that local electricity consumption of part of regions is not large and cannot be consumed, a serious water abandoning phenomenon is caused, resource waste is caused, and huge economic losses are caused, and has the advantages that a large amount of oxygen is provided for a fishway rest pool, and the survival probability of fishes in a fishway is increased.
本发明公布了一种水电站利用水电解方式的鱼道增氧系统，所述的制氢系统(A)、储氢系统(B)和供氧系统(C)之间通过管路依次连接，所述的制氢系统(A)、储氢系统(B)和供氧系统(C)分别通过控制总线与所述的监控系统(D)连接；所述的制氢系统(A)内部设置的纯水装置(5)、电解水反应装置(6)、氧气过滤器(7)和干燥机(8)依次通过管路连接；所述的储氢系统(B)内部有设置的储氧罐(9)和储氧管路控制阀(9.1)；它克服了部分地区当地用电量不大无法消纳而导致严重的弃水现象，进而造成资源的浪费，还会造成巨大的经济损失的缺点，具有通过本发明向鱼道休息池提供大量氧气，为了增加鱼类在鱼道中存活的概率的优点。
Fishway oxygenation system using water electrolysis mode for hydropower station
The invention discloses a fishway oxygenation system using a water electrolysis mode for a hydropower station. The fishway oxygenation system is characterized in that a hydrogen production system (A),a hydrogen storage system (B) and an oxygen supply system (C) are sequentially connected through pipelines, and the hydrogen production system (A), the hydrogen storage system (B) and the oxygen supply system (C) are connected with a monitoring system (D) through control buses; a pure water device (5), an electrolyzed water reaction device (6), an oxygen filter (7) and a drying machine (8) whichare arranged inside the hydrogen production system (A) are sequentially connected through pipelines; and an oxygen storage tank (9) and an oxygen storage pipeline control valve (9.1) are arranged inside the hydrogen storage system (B). The fishway oxygenation system overcomes the defects that local electricity consumption of part of regions is not large and cannot be consumed, a serious water abandoning phenomenon is caused, resource waste is caused, and huge economic losses are caused, and has the advantages that a large amount of oxygen is provided for a fishway rest pool, and the survival probability of fishes in a fishway is increased.
本发明公布了一种水电站利用水电解方式的鱼道增氧系统，所述的制氢系统(A)、储氢系统(B)和供氧系统(C)之间通过管路依次连接，所述的制氢系统(A)、储氢系统(B)和供氧系统(C)分别通过控制总线与所述的监控系统(D)连接；所述的制氢系统(A)内部设置的纯水装置(5)、电解水反应装置(6)、氧气过滤器(7)和干燥机(8)依次通过管路连接；所述的储氢系统(B)内部有设置的储氧罐(9)和储氧管路控制阀(9.1)；它克服了部分地区当地用电量不大无法消纳而导致严重的弃水现象，进而造成资源的浪费，还会造成巨大的经济损失的缺点，具有通过本发明向鱼道休息池提供大量氧气，为了增加鱼类在鱼道中存活的概率的优点。
Fishway oxygenation system using water electrolysis mode for hydropower station
一种水电站利用水电解方式的鱼道增氧系统
HE HUI (Autor:in) / LI CHENGHUANG (Autor:in) / ZHANG JIE (Autor:in) / ZHU ZHAO (Autor:in) / DONG ZHENGHUA (Autor:in)
26.02.2021
Patent
Elektronische Ressource
Chinesisch
Hydropower station dam fishway evaluation method and system
| Europäisches Patentamt | 2022
| Europäisches Patentamt | 2023
Flow adjusting tank for controlling fishway water depth and fishway
| Europäisches Patentamt | 2021