44 results about "Waste Disposal Sites" patented technology

An improved method of communication, control and command for patron functional services for solid waste management districts to minimize solid waste and solid waste management costs and maximize recycling and convenience. The publicly accessible solid waste disposal site is to be equipped with area lighting, video camera(s), a means for patrons to communicate identity and service data and a means to transmit and receive video and other data to and from remote data management facilities. The patron is required to identify his or her self each time he or she utilizes a public solid waste disposal facility. Commercial haulers are required to identify themselves and the source of the waste and provide a volume estimate. The camera(s) verify compliance. The remote data management facilities communicate with patrons, maintain records, calculate billings and monitor public solid waste deposit facility video camera(s) for security, maintenance needs and compliance verification. Two operational elements predominate: The patron is identified at the solid waste deposit facility and bill reductions are granted for demonstrated waste minimization, both of which may be accomplished in numerous ways. Identifying the patron demonstrates the patron's physical presence at the solid waste disposal facility. In that the patron is required to be present at the solid waste disposal facility periodically, and in that billing is not relative to discarded waste volume, there is no advantage to illegal roadside dumping. Waste minimization is measured by demonstrated proactive conservation efforts rather than by discarded waste volumes. This allows a totally automated solid waste disposal facility.

The invention discloses a method for removing heavy metals in soil. The method is characterized in that: arbors, shrubs and herbal plants are planted in a matching way. The method has the advantages of easy implementation, fast vegetation building, large coverage and good stability, and suitability for large-area recovery. Through the method, a stable and stereoscopic vegetation ecosystem can be built on a heavy metal mining waste disposal site in a short time; and the diffusion and spreading of the heavy metal pollution sources through atmosphere or water body can be effectively controlled.

The invention discloses a strip mine water retention reclamation method. A waste disposal site is separately paved with a mixing waste disposal layer, a water-resisting layer, a water-bearing layer and a surface soil layer from bottom to top, the water-resisting layer is composed of clay, and the water-bearing layer is composed of sandy soil or gravel; the surface soil layer is paved with an upperpart original earth surface soil layer, a water retention material layer and a lower part original earth surface soil layer from top to bottom, and the upper part original earth surface soil layer iscomposed of soil or humus soil; and the water retention material layer is separately paved with a first permeable rock wool board, macromolecule resin, plant food and a second permeable rock wool board from top to bottom. According to the strip mine water retention reclamation method, a plant bionic stratum is established, the water-resisting layer, the water-bearing layer and the surface soil layer are sequentially established in the waste disposal site, water retention matching materials are arranged in the surface soil layer to prevent surface soil water sources from evaporating rapidly, the strip mine ecological remediation and reclamation efficiency can be improved, the problem that the high evaporation capacity moisture of a strip mine in ecological fragile arid and semi-arid landsis difficult to keep can be effectively solved, the efficiency of strip mine ecological reconstruction can be improved, and ecological benefit and environmental benefit are remarkable.

The invention discloses a direct shear tester for field undisturbed soils, which comprises a shear device, a vertical loading device and a horizontal loading device, wherein the shear device comprises a lower shear box and an upper shear box arranged on the lower shear box in a sliding fit mode; the vertical loading device comprises a loading container I and a force transmission component I for carrying out vertical loading on soil bodies; and the horizontal loading device comprises a loading container II and a force transmission component II for carrying out horizontal loading on the upper shear box; and when in use, the upper shear box and the lower shear box are sleeved around the tested undisturbed soils, then just enough soils and rocks are arranged around the lower shear box so as to fix the lower shear box, the loading container I and the loading container II are respectively filled with field soils and rocks, and shear strength testing is performed on the field undisturbed soils so as to determine the shear stresses of the undisturbed soils under different vertical pressures, thereby deeply learning the changing rule of some mechanical properties of the undisturbed soils so as to provide a theoretical basis for analyzing the stability of a later-stage waste disposal site and designing the emission scheme of chats.

The invention discloses a slope forest planting method which is mainly used for reclaimation tree-planting on the slope of a waste disposal site of an open pit in arid regions. The method mainly comprises the following steps of: selecting surface soil peeled from the open pit and nutritional soil prepared from sheep and cow dung, putting the nutritional soil in a planting basket weaved by plant wickers, planting seedlings in and putting in a seedling cultivating ditch, then irrigating, transplanting into a slope planting cave together with the planting basket after various seedlings are watered and irrigated for 3 to 18 months, filling by surface soil, well trimming the seedlings, and preserving a water hole at the periphery, wherein the seedling survival ratio after three-year watering can reach more than 88 percent. The planting basket is weaved by plant wickers, which can become fertilizer after rotting and has no pollution to environment. The root system of a tree after growing up can stabilize the soil, protect the slope and prevent soil erosion and water loss; branches and leaves at the crown can reduce the wind speed and runoff amount, prevent rain water from directly scouring the slope and protect the slope, therefore, the ecological environment of a plurality of tree and grass vegetation is formed.

The invention relates to an integrated equipment of dry concentration, rough concentration and fine concentration of a waste disposal site and a technique thereof, belonging to the technical of ore concentration. The equipment comprises a feeding bin, a material-conveying belt, a large-block dry concentration machine, a waste stone bin, a material separator, a vibration sieve, a fine concentration machine. The invention adds the functions of sieving and fining, optimizes and combines the original two working procedures of rough concentration and fine concentration into one working procedure, completes integration of rough concentration and fine concentration on one equipment, thus leading the production flow to be more simple and the production organization to be more smooth and reducing the section of feeding of a fine concentration forklift and nursing staffs for separately fine concentration. As the feeding of the ore concentration part is equal and stable, the sorting of ore rock parts is complete, drifting level reaches below 7 percent so as to lead ore resource of the waste disposal site to obtain complete utilization; the invention realizes two times of sorting by roughing and fining, has obvious effect for fine extraction action and improves the ore level by 6 percent compared with that of ore recovered by a common dry concentration machine.

The present invention comprehends a forklift attachment, generally comprising a pair of forks rotatably mounted to a fork plate using a pair of pivot pins with each pivot pin having a center axis normal to the fork plate. Upper bore pins and lower bore pins are adapted to travel within bores of the fork plate. As such, actuators connected to the upper bore pin rotate the forks about the center axis such that the forks can apply opposing lateral compression forces to a flexible dumpster. In a method for collecting waste, a disposer places the flexible dumpster near the waste disposal site whereby a truck-mounted forklift can be utilized to engage the forks with the side portions of the flexible dumpster for loading and disposal. Accordingly, large dumpsters do not have to dropped off at the waste disposal site and large trucks no longer have to be utilized.

The invention discloses a plant recovery method for a waste disposal site of a mine. The method comprises the following steps that foreign materials in the waste disposal site are cleaned; pits are dug in the waste disposal site to be recovered; after that soil in the area to be recovered passes a 40mm soil sieve, the soil, lake deposit, an organic fertilizer, a water-retaining agent and rice husks are mixed to prepare a soil matrix; saplings, in the height about 30cm, of Rhus typhina and Fructus Hippophae are planted in the pits; and watering and maintenance are implemented. The method is simple, the vegetation survival rate is more than 95%, the application amount of alien earth is reduced, the cost is reduced, better ecologic recovery and landscape effects are achieved, and the method is suitable for application and utilization in large area.

A method for lining an existing waste disposal site having a waste level includes, for example: installing perimeter barrier walls about the site and interior barrier walls within the perimeter barrier walls to define cells; transferring waste, such as for example ash, from one of the cells to one or more other cells to form an empty cell with a layer of contaminated material at the bottom of the empty cell; removing the layer of contaminated material from the empty cell to form a clean cell with a noncontaminated bottom layer; installing a barrier liner layer in the clean cell to form a lined cell; and transferring waste from other cells into the lined cell.

The invention discloses a connection structure for a percolate drainage pipe and a dam penetrating pipe of a solid waste disposal site and a construction method. According to the connection structure, the percolate drainage pipe and the dam penetrating pipe are in butt joint through a flexible connection manner; a side slope seepage-proof film layer and a bank bottom seepage-proof film layer of the solid waste disposal site cover the upper side and the lower side of the dam penetrating pipe; the seepage-proof film layers are hotly melted and welded at the periphery of the dam penetrating pipe, and a hotly-melted and welded region is used for tightly clamping the seepage-proof film layers on the outer side of the dam penetrating pipe by stainless steel hoop rings. The construction method comprises the following steps: firstly, utilizing a two-path monorail welding method, wherein a first path is used for hotly melting and welding the seepage-proof film layers on the dam penetrating pipe and a second path is used for covering a connector protective film on a first path of holt-melting and welding connector and fully welding one circle of a monorail; then, covering a flexible connection film on the holt-melting and welding connector of the dam penetrating pipe and hooping the two ends of the flexible connection film by the stainless steel hoop rings to complete construction. The connection structure and the construction method can guarantee the working stability of the percolate drainage pipe and the dam penetrating pipe, and the overhauling and maintenance can be conveniently carried out at a later period.

The invention discloses an abandoned mine soil remediation method. The abandoned mine soil remediation method comprises the following steps of trimming a mine waste disposal site, trimming the top ofthe mine waste disposal site to be a flat region, and trimming the slope of the sloping surface of the mine waste disposal site until the slope is smaller than or equal to 45 degrees; performing deepploughing and drying on the flat region twice; plowing the plat region twice; every 31-41 days, repeatedly plowing the plat region twice until the covering rate of earth surface plant covers in the plat region exceeds 40%, plowing the flat region once again, and during plowing, burying biomass strip bags to soil once again; spraying soil which is thoroughly decomposed after being fermented, with grass seeds to the sloping surface of the mine waste disposal site; enabling a transition plant cover hanging device to be arranged at the jointed part of the flat region and the sloping surface; enabling a plurality of water storing plant cover blocks to be hung below a plant cover zone in rows; transplanting bushes on vacant lots between the water storing plant cover blocks in rows on the slopingsurface, and transplanting bushes on the flat region in rows. According to the abandoned mine soil remediation method, plant covering of the mine waste disposal site can be rapidly repaired, water and soil can be effectively held, and generation of natural disasters can be avoided.

The invention discloses a processing method and a system of radioactive chemical wastewater in nuclear power plants, including the following steps: heat and dry the radioactive chemical wastewater; separate the wastewater into salt particles and gas with dust; use a dust remover to separate the gas into salt particles and exhaust gas; collect these salt particles to make into waste drum; filter the gas using a high-efficiency particulate air filter; exhaust the rest gas to atmosphere after passing test and perform the processing of chemical wastewater. Compared to existing technologies, the processing method of chemical wastewater has advantages of simple system configuration, high processing efficiency, non-secondary wastewater and high volume reduction factor. The generated secondary solid waste meets the requirement of waste package and waste disposal sites after effective packing. In addition to these advantages, the processing method also provides a processing system of radioactive chemical wastewater in nuclear power plants.

The invention provides a dual-target planning method based on hazardous waste disposal site selection, and belongs to the field of hazardous waste disposal site selection. The hazardous waste disposalsite selection method solves the problem of unreasonable hazardous waste disposal site selection at present, and is characterized by comprising the following steps: firstly, screening main influencefactors of hazardous waste disposal site selection; secondly, preliminarily determining alternative points of the hazardous waste treatment plant according to the main influence factors; then, on thebasis of the preliminarily determined alternative points of the hazardous waste disposal site, constructing a dual-target planning model of hazardous waste disposal site selection; and finally, solving the model to obtain the optimal alternative point of the hazardous waste treatment plant. The method has the beneficial effects that the hazardous waste disposal fields can be preliminarily screenedaccording to main influence factors related to the hazardous waste disposal fields, the established double-target planning model is used for screening the preliminary alternative places again, then the most reasonable hazardous waste disposal field is selected, and the reasonability of hazardous waste disposal is greatly improved.

The invention relates to a device and a method for the in situ processing of waste, in particular for cleaning up a waste disposal site. The device comprises a sorting device with a set of processing devices connected downstream of said device. This set of processing devices comprises a fermenting device, a fluidized bed gasifier, and a pyrolysis device. Furthermore, the assembly comprises a control device for controlling and measuring the various material flows.

In a waste disposal site for storing waste and residues of solid organic or inorganic substances, composites and mixtures thereof, arranged in the ground (22) is a trough comprising a trough bottom (14) and side walls, the trough bottom of which contains at least two water-tight layers (B, C) with constituents of a ceramic binder system (CBS). Arranged flat between the top water-tight layer (C) and the waste material (24a) is at least one water-tight plastic film (26) on which compacted debris is stored as waste material (24a). Moreover, there is a covering which contains at least two water-tight layers (B, C) on which there is arranged at least one seepage layer for dissipating rainwater.

This invention relates to a method to apply waste treatment liquid to a solid waste disposal site by filing a storage tank with waste treatment liquid, connecting the liquid storage tank with a vehicle for solid waste compacting and releasing the waste treatment liquid to a portion of solid waste site in need of moisture. This invention further provided an apparatus for distributing waste treatment liquid over the working face of a solid waste disposal site includes an inflow conduit, a storage tank, an outflow conduit, a control valve that contains a remote-valve control; manifold inlet conduit attached to the control valve, and a manifold to allow the liquid received from the manifold inlet conduit to be distributed evenly over the working face.

The invention discloses a drainage system of a solid waste disposal site. The drainage system comprises disposal cells with dialysis water holes, a dialysis water collecting system and dialysis water collecting disposal plant. Each dialysis water hole is reserved at a side edge of a base plate of each disposal cell. The dialysis water collecting system is disposed under the ground of the side of each row of disposal cells. Compared with the prior art, due to the drainage system is disposed under the ground of the sides of the disposal cells, the drainage system does not fail due to large load bearing and is higher in stability, sedimentation, caused by failure of engineering barriers, of disposal cells is avoided, the disposal cells and covering layers are protected, natural safety of the disposal site is improved, maintenance work load of the drainage system and exposure dose of staff are lowered, work amount reduction is facilitated, and project cost is lowered.

A process for the segregation, sterilization, and purification of recycled plastic medical waste with the subsequent production of plastic products made therefrom is disclosed. Also disclosed is a method for the front-end segregation of recycled plastic medical waste into a polypropylene waste stream and a mixed plastic waste stream. These segregated streams are further purified through a processing method that removes contaminating fibrous, metal and other waste products. Polypropylene and mixed plastic streams isolated using these methods yield a homogenous material that can be blended with other materials for the production of raw plastic or for extrusion to form commercial plastic products. A method for tracking regulated and non-regulated medical waste stream production kinetics and chain of custody from discrete waste disposal sites is also disclosed.

The invention discloses a system and a method for controlling the environmental quality of a green plant waste disposal site. The control system comprises an isolating room and a compost room, whereinspraying devices are arranged at the top of the isolating room and the top of the compost room respectively; a soaking pond is arranged at the bottom of the isolating room; a ventilation system and an infiltration device are further arranged inside the compost room; and the infiltration device is connected with an adsorption pond or a filter, an infiltration pond and a soaking pond in sequence. The control method comprises the following steps: exhausting waste gas inside the compost room through the ventilation system; enabling infiltration liquid to enter the adsorption pond or the filter through the infiltration device, and then entering the infiltration pond; opening a water pump when required, and carrying out spraying; enabling the infiltration liquid overflowing inside the infiltration pond to enter the soaking pond so as to mix and soak a green plant waste smashed material. Through layout optimization and functional integration of each functional area of the site, the whole green plant waste disposal site reaches the environmental requirement of clean and safe quasi-industrialization production workshops.

The present invention comprehends a forklift attachment, generally comprising a pair of forks rotatably mounted to a fork plate using a pair of pivot pins with each pivot pin having a center axis normal to the fork plate. Upper bore pins and lower bore pins are adapted to travel within bores of the fork plate. As such, actuators connected to the upper bore pin rotate the forks about the center axis such that the forks can apply opposing lateral compression forces to a flexible dumpster. In a method for collecting waste, a disposer places the flexible dumpster near the waste disposal site whereby a truck-mounted forklift can be utilized to engage the forks with the side portions of the flexible dumpster for loading and disposal. Accordingly, large dumpsters do not have to dropped off at the waste disposal site and large trucks no longer have to be utilized.

The invention discloses a sewage disposal assembly for hydropower station sewage disposal, and belongs to the technical field of riverway cleaning. The sewage disposal assembly comprises a sewage disposal ship, a first conveying network chain, a sewage residue transfer platform, a wood grabbing machine and a flat embracing bag clamping machine. The sewage residue transfer platform is provided witha second conveying network chain, a crusher and a packer. The crusher, the second conveying network chain and the packer are arranged in sequence. The sewage disposal ship is used for salvaging floating objects outside a floating sewage rack at an entrance of a power station. The first conveying network chain is used for conveying the salvaged floating objects. The wood grabbing machine is used for grabbing natural vegetation in the floating objects. The crusher is used for crushing the remaining floating objects grabbed by the wood grabbing machine. The packer is used for compressing and packing the crushed floating objects. The flat embracing bag clamping machine is used for transporting the packed floating objects to the designated waste disposal site. According to the sewage disposalassembly for hydropower station sewage disposal, the floating objects at the entrance of the power station can be effectively cleaned, and the sewage disposal efficiency is high.

A method for lining an existing waste disposal site having a waste level includes, for example: installing perimeter barrier walls about the site and interior barrier walls within the perimeter barrier walls to define cells; transferring waste, such as for example ash, from one of the cells to one or more other cells to form an empty cell with a layer of contaminated material at the bottom of the empty cell; removing the layer of contaminated material from the empty cell to form a clean cell with a noncontaminated bottom layer; installing a barrier liner layer in the clean cell to form a lined cell; and transferring waste from other cells into the lined cell.

The invention discloses a method for removing heavy metals in soil. The method is characterized in that: arbors, shrubs and herbal plants are planted in a matching way. The method has the advantages of easy implementation, fast vegetation building, large coverage and good stability, and suitability for large-area recovery. Through the method, a stable and stereoscopic vegetation ecosystem can be built on a heavy metal mining waste disposal site in a short time; and the diffusion and spreading of the heavy metal pollution sources through atmosphere or water body can be effectively controlled.

The invention discloses a slope forest planting method which is mainly used for reclaimation tree-planting on the slope of a waste disposal site of an open pit in arid regions. The method mainly comprises the following steps of: selecting surface soil peeled from the open pit and nutritional soil prepared from sheep and cow dung, putting the nutritional soil in a planting basket weaved by plant wickers, planting seedlings in and putting in a seedling cultivating ditch, then irrigating, transplanting into a slope planting cave together with the planting basket after various seedlings are watered and irrigated for 3 to 18 months, filling by surface soil, well trimming the seedlings, and preserving a water hole at the periphery, wherein the seedling survival ratio after three-year watering can reach more than 88 percent. The planting basket is weaved by plant wickers, which can become fertilizer after rotting and has no pollution to environment. The root system of a tree after growing upcan stabilize the soil, protect the slope and prevent soil erosion and water loss; branches and leaves at the crown can reduce the wind speed and runoff amount, prevent rain water from directly scouring the slope and protect the slope, therefore, the ecological environment of a plurality of tree and grass vegetation is formed.

The invention discloses a domestic garbage sorting collection and transportation system, device and method based on the Internet of Things. The management system, the collection and transportation management system communicates with the household sorting intelligent garbage bin and the garbage sorting intelligent collection box through the wireless network and receives capacity information from both, and the garbage sweeper and garbage transport vehicle communicate with the collection and transportation management system through the wireless network. The method includes: deploying the Internet of Things, and establishing a cost model for waste disposal; obtaining information on waste to be disposed of through the Internet of Things, and obtaining information on corresponding waste disposal sites and their vehicles; calculating optional revenues according to the cost model The cost of the transportation line is selected, and the collection and transportation line with the smallest cost is selected, and the collection and transportation line is used to indicate the corresponding garbage disposal site and vehicle operation.

The invention discloses an underground nuclear power plant with a disposal site for low and intermediate radioactive waste, which includes a nuclear island placed in the cavern group of the nuclear island of the mountain and a conventional island placed on the ground platform outside the mountain. The reactor building, the nuclear fuel building, the safety building, the electrical building and the nuclear auxiliary building arranged around the reactor building also include the low and intermediate level waste disposal site placed in the mountain nuclear island cavern group, and the low and intermediate level waste disposal site passes through the waste The transport tunnel is connected with the nuclear auxiliary plant of the nuclear island. Combining the characteristics of underground nuclear power plants, the present invention can not only meet the disposal requirements of low and intermediate radioactive wastes, realize closed cycle of fuel, reduce possible radioactive pollution in fuel cycle process, but also realize unified planning and construction of nuclear power plants and disposal sites, cut costs.