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Physical prevention and control system for periphytic algae in long-distance water transfer project
According to the physical prevention and control system for the periphytic algae of the long-distance water transfer project, the overall thought is planned according to the physical prevention and control measure system for the periphytic algae of the long-distance water transfer project, and a certain distance of a long-distance water transfer main trunk canal serves as a prevention and control area; according to the prevention and control strategy that the process is first and the physics is dominated, the physical prevention and control equipment generally adopts a '2 + 1 + 1 'arrangement scheme, that is, two sets of full-section rotary net algae blocking devices serve as the main force, one side slope algae removal multifunctional vehicle serves as the support, and one algae mud ecological removal workboat serves as the auxiliary force. Free moving type removing equipment integrating removing, salvaging and processing functions is researched and arranged aiming at attached algae attached to the side slope and the bottom of a channel; the physical prevention and control functions of early discovery, early disposal and early elimination of periphytic algae are achieved, double guarantees of normalized prevention and control and emergency disposal are achieved, water supply safety of a long-distance water transfer project is ensured, and a new safety guarantee is provided for construction of an algae three-dimensional prevention and control system of the long-distance water transfer project.
一种长距离调水工程着生藻类物理防控体系，根据长距离调水工程着生藻类物理防控措施体系规划总体思路，以长距离调水总干渠一定距离作为一个防控区域；根据“过程为先、物理为主”的防控策略，物理防控装备总体采用“2+1+1”布置方案，即2套全断面旋网拦藻装置作主力、1辆边坡除藻多功能车作支持、1艘藻泥生态清除作业船作辅助。本发明针对渠道边坡、渠底附着的着生藻类，研究布置集清除、打捞、处理功能于一体的自由移动式清除装备；实现着生藻类早发现、早处置、早消除的物理防控功能，具备常态化防控和应急处置双重保障，确保长距离调水工程供水安全为长距离输水工程的“藻类立体化防控体系”建设提供了一道新的安全保障。
Physical prevention and control system for periphytic algae in long-distance water transfer project
According to the physical prevention and control system for the periphytic algae of the long-distance water transfer project, the overall thought is planned according to the physical prevention and control measure system for the periphytic algae of the long-distance water transfer project, and a certain distance of a long-distance water transfer main trunk canal serves as a prevention and control area; according to the prevention and control strategy that the process is first and the physics is dominated, the physical prevention and control equipment generally adopts a '2 + 1 + 1 'arrangement scheme, that is, two sets of full-section rotary net algae blocking devices serve as the main force, one side slope algae removal multifunctional vehicle serves as the support, and one algae mud ecological removal workboat serves as the auxiliary force. Free moving type removing equipment integrating removing, salvaging and processing functions is researched and arranged aiming at attached algae attached to the side slope and the bottom of a channel; the physical prevention and control functions of early discovery, early disposal and early elimination of periphytic algae are achieved, double guarantees of normalized prevention and control and emergency disposal are achieved, water supply safety of a long-distance water transfer project is ensured, and a new safety guarantee is provided for construction of an algae three-dimensional prevention and control system of the long-distance water transfer project.
一种长距离调水工程着生藻类物理防控体系，根据长距离调水工程着生藻类物理防控措施体系规划总体思路，以长距离调水总干渠一定距离作为一个防控区域；根据“过程为先、物理为主”的防控策略，物理防控装备总体采用“2+1+1”布置方案，即2套全断面旋网拦藻装置作主力、1辆边坡除藻多功能车作支持、1艘藻泥生态清除作业船作辅助。本发明针对渠道边坡、渠底附着的着生藻类，研究布置集清除、打捞、处理功能于一体的自由移动式清除装备；实现着生藻类早发现、早处置、早消除的物理防控功能，具备常态化防控和应急处置双重保障，确保长距离调水工程供水安全为长距离输水工程的“藻类立体化防控体系”建设提供了一道新的安全保障。
Physical prevention and control system for periphytic algae in long-distance water transfer project
一种长距离调水工程着生藻类物理防控体系
SHANG JUN (Autor:in) / GUO FANG (Autor:in) / XIAO XINZONG (Autor:in) / ZHOU DONGJI (Autor:in) / CHANG ZHIBING (Autor:in) / JIA SHUAIDONG (Autor:in) / WANG ZIYAO (Autor:in) / LI QI (Autor:in) / GUO XUEFENG (Autor:in) / LIANG JIANKUI (Autor:in)
17.05.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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