The utility model relates to an ecological parking lot which is combined with waste tires and garbage screening soil, and belongs to the field of urban and rural construction. From the bottom to the top are the rammed layer of plain soil; the waste tire layer is laid on the rammed layer of plain soil; the waste tire ring is the gravel layer and the garbage screening soil layer, which is laid on the lithotripsy layer; the clearance outside the tire ring is the crushed stone layer, and it is laid on the rammed layer of the plain soil; the parking space is built outside the parking space, and the parking space and the water pipe will be used for the parking space and the parking space with the water pipe and the water pipe will be used to stop the parking space and the water pipe. The storage tank is connected, and the closed cover is installed outside the storage tank; finally, tall fescue and clove grass seeds are evenly distributed. The macadam layer and garbage sieving soil layer can provide good pervious performance for parking space. Waste tires are used as laying materials to build parking lot and refuse soil as planting soil for vegetation greening. On the one hand, it can reduce the cost of parking lots, on the other hand, it can add green area to improve the surrounding environment quality. Quantity. Rainwater collected from storage tanks can reclaim vegetation in parking spaces, thereby reducing irrigation water consumption.
【技术实现步骤摘要】
一种废旧轮胎与垃圾筛分土结合的生态停车场
本技术属于城乡建设领域,具体涉及一种废旧轮胎与垃圾筛分土结合的生态停车场。
技术介绍
近年来,随着我国国民经济的迅速发展和人民收入水平的快速提升,我国汽车数量急剧增加,越来越多的停车场,特别是室外露天停车场迅速发展。目前,室外停车场路面普遍采用封闭式的硬化路面,该类停车场存在的缺点包括:1.无植被覆盖或覆盖率较低、种植种类单一;2.缺少蓄水设施,雨水不能循环利用。另外,我国每年产生废旧轮胎近1000万吨,其处理和利用已成为一大难题,回收利用率仅为50%左右,不到西方发达国家的50%。如果废旧轮胎都当作垃圾被扔掉,会造成巨大的资源浪费,污染我们赖以生存的环境。存量垃圾土通常含有大量可被微生物分解转化的有机物及其他可通过物理、化学和生物反应进行降解的组分,经测定这种垃圾筛分土的有机质含量高达10-50%,且臭味和有害微生物等有害成分也已降低到较低的水平,处理后的垃圾土虽然目前还不能直接用作农业种植,但其无害化程度已满足于园林绿化等非食物链行业用土的需求。将这些废旧材料循环利用到建造生态停车场中,可以节省资源、美化环境,实现经济效益、生态效益双丰收。
技术实现思路
本技术所要解决的技术问题是提供一种废旧轮胎与垃圾筛分土结合的生态停车场,以解决现有停车场存在无绿化、易积水、废旧轮胎和存量垃圾土及停车场的地面雨水未被有效利用等技术问题。为解决上述问题,本技术采用的技术方案如下:一种废旧轮胎与垃圾筛分土结合的生态停车场,包括停车位、输水管、储水池。停车位内层由碎石和粗砂作铺垫,停车位表面为废旧轮胎铺设。轮胎圈内为碎石、垃圾筛分土铺 ...
【技术保护点】
1.一种废旧轮胎与垃圾筛分土结合的生态停车场,其特征在于由下至上分别为:素土夯实层,表面距离原有地面高度为45cm;废旧轮胎层,铺设于素土夯实层上;废旧轮胎圈内为碎石层,铺设于素土夯实层上;废旧轮胎圈内垃圾筛分土层,铺设于碎石层上;轮胎圈外的间隙铺为碎石层,铺设于素土夯实层上;在停车位较低一侧中间安装输水管,并沿此方向在停车位外部修建储水池,输水管将停车位与储水池连接,储水池外安装封闭盖,防止杂物入内。
【技术特征摘要】
1.一种废旧轮胎与垃圾筛分土结合的生态停车场,其特征在于由下至上分别为:素土夯实层,表面距离原有地面高度为45cm;废旧轮胎层,铺设于素土夯实层上;废旧轮胎圈内为碎石层,铺设于素土夯实层上;废旧轮胎圈内垃圾筛分土层,铺设于碎石层上;轮胎圈外的间隙铺为碎石层,铺设于素土夯实层上;在停车位较低一侧中间安装输水管,并沿此方向在停车位外部修建储水池,输水管将停车位与储水池连接,储水池外安装封闭盖,防止杂物入内。2...
【专利技术属性】
技术研发人员:韩爽,张成梁,赵廷宁,荣立明,王妍,
申请(专利权)人:北京林业大学,轻工业环境保护研究所,
类型:新型
国别省市:北京,11
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