CN-224228351-U - Environment-friendly land-saving mud warehouse structure

CN224228351UCN 224228351 UCN224228351 UCN 224228351UCN-224228351-U

Abstract

The utility model discloses an environment-friendly land-saving mud storage structure which comprises a mud storage enclosure, impermeable geomembranes paved at the bottom and around the mud storage enclosure, a plurality of rows of water collecting wells which are longitudinally arranged in the mud storage enclosure at intervals and are positioned above the impermeable geomembranes, each row of water collecting wells consists of a plurality of water collecting wells which are transversely arranged at intervals, a plurality of longitudinal water draining pipe plates and a plurality of transverse water draining pipe plates, two adjacent water collecting wells which are transversely arranged are connected through the transverse water draining pipe plates, two adjacent water collecting wells which are longitudinally arranged are connected through the longitudinal water draining pipe plates, and a plurality of water draining pipes which are intermittently paved at the bottom of the mud storage enclosure and are positioned above the impermeable geomembranes, wherein each water draining pipe is connected with the bottoms of the corresponding water collecting wells. The utility model is suitable for wide construction scenes, solves the problem of initial materials, does not involve any energy consumption, and is low-carbon, environment-friendly and economical.

Inventors

REN HUACHUN
ZHU CHENGYIN
SUN ZHE

Assignees

上海市水利工程设计研究院有限公司

Dates

Publication Date: 20260512
Application Date: 20250422

Claims (5)

1. An environmental protection festival ground type mud storehouse structure, characterized by comprising: The mud warehouse enclosing shield is formed by enclosing mud filling pipe bags according to site topography; an impermeable geomembrane paved at the bottom and around the mud warehouse enclosure; The water collecting wells are arranged in the mud warehouse surrounding block at intervals along the longitudinal direction and are positioned above the impermeable geomembrane, and each water collecting well is composed of a plurality of water collecting wells which are arranged at intervals along the transverse direction; A plurality of longitudinal drainage tube plates and a plurality of transverse drainage tube plates, wherein two adjacent water collecting wells which are arranged transversely are connected through the transverse drainage tube plates, the two adjacent water collecting wells which are arranged longitudinally are connected through the longitudinal drainage tube plates, the longitudinal drainage tube plates and the transverse drainage tube plates which are arranged longitudinally and transversely in a staggered way divide the mud warehouse enclosure into a plurality of mud drainage areas, and The drainage pipes are paved at intervals at the bottom of the mud warehouse enclosing shield and above the impermeable geomembrane, and each drainage pipe is connected with the bottoms of the corresponding water collecting wells and used for outwards discharging water bodies collected by the water collecting wells.
2. The environmentally friendly earth-saving mud pit structure of claim 1, wherein the mud pit enclosure is arranged in a river channel to be dredged in a dry river.
3. The environmentally friendly earth-saving mud storage structure of claim 1, wherein a plurality of rivets are arranged at intervals circumferentially between the positions where the impermeable geomembrane is in contact with the top surface of the mud storage enclosure.
4. The environment-friendly earth-saving mud storage structure as set forth in claim 1, wherein the drainage pipe is connected with the water collecting well by a socket joint, and the longitudinal drainage pipe plate and the transverse drainage pipe plate are connected with the water collecting well by a socket joint.
5. The environment-friendly land-saving mud storage structure as set forth in claim 1, wherein small mud filling pipe bags or bag-shaped earth dams are arranged on the inner side and the outer side of the mud storage enclosure at joints of the mud filling pipe bags.

Description

Environment-friendly land-saving mud warehouse structure Technical Field The utility model relates to the technical field of mud warehouse structures, in particular to an environment-friendly land-saving mud warehouse structure and a construction method thereof. Background The mud is a common product in construction processes in the engineering fields of construction, municipal administration and the like, and two disposal modes are conventionally adopted, namely, temporary storage by using a mud warehouse, secondary outward transportation and absorption disposal after natural precipitation and real-time outward transportation disposal by using a tank truck. The former needs to be temporarily borrowed, forms mud storehouse through digging pit groove or building dyke mode, and the condition requirement is high to the land for use, needs the open land of piece, and the work progress produces the destruction to original form earth's surface resource, and natural settling time is also longer, and turnover efficiency is low, is difficult to realize moving arrangement. The latter is because of the existence of a large amount of water in the mud, and the square quantity is great, the transportation cost is high, and the tank truck is high to the transportation condition, generally is not suitable for the scene that mud volume is great such as river course hydraulic flushing dredging. In recent years, as the condition of land is more severe, environmental protection requirements are improved year by year, a few slurry dewatering and drying devices are gradually developed, and the devices are applied to buildings and municipal engineering with higher requirements on surrounding environment, but the devices are also arranged on sites, and the energy consumption is higher, so that the slurry disposal cost is higher, and the economy is general. Therefore, there is a need to develop an environment-friendly and economical slurry treatment method applicable to multiple construction scenes. To this end, the present inventors have found a method for solving the above-mentioned problems through beneficial studies and studies, and the technical solutions to be described below are made in this context. Disclosure of utility model The utility model aims to solve the technical problems of providing an environment-friendly land-saving mud warehouse structure aiming at the defects of the prior art, which is suitable for construction mud treatment scenes with tense land, complex environment and poor transportation and traffic conditions. The technical problems to be solved by the utility model can be realized by adopting the following technical scheme: An environmental protection festival ground type mud storehouse structure includes: The mud warehouse enclosing shield is formed by enclosing mud filling pipe bags according to site topography; an impermeable geomembrane paved at the bottom and around the mud warehouse enclosure; The water collecting wells are arranged in the mud warehouse surrounding block at intervals along the longitudinal direction and are positioned above the impermeable geomembrane, and each water collecting well is composed of a plurality of water collecting wells which are arranged at intervals along the transverse direction; A plurality of longitudinal drainage tube plates and a plurality of transverse drainage tube plates, wherein two adjacent water collecting wells which are arranged transversely are connected through the transverse drainage tube plates, the two adjacent water collecting wells which are arranged longitudinally are connected through the longitudinal drainage tube plates, the longitudinal drainage tube plates and the transverse drainage tube plates which are arranged longitudinally and transversely in a staggered way divide the mud warehouse enclosure into a plurality of mud drainage areas, and The drainage pipes are paved at intervals at the bottom of the mud warehouse enclosing shield and above the impermeable geomembrane, and each drainage pipe is connected with the bottoms of the corresponding water collecting wells and used for outwards discharging water bodies collected by the water collecting wells. In a preferred embodiment of the utility model, the mud saver is arranged in a river channel to be dredged in a dry river. In a preferred embodiment of the utility model, a plurality of rivets are arranged at intervals circumferentially between the positions where the impermeable geomembrane is contacted with the top surface of the mud storage enclosure. In a preferred embodiment of the utility model, the drainage pipes are connected with the water collecting well by means of socket joints, and the longitudinal drainage pipe plates and the transverse drainage pipe plates are connected with the water collecting well by means of socket joints. In a preferred embodiment of the utility model, small mud-filling pipe bags or bag-shaped earth dams are arranged on the inner side and the outer side