Managing the operations of the burial of hazardous waste (hazardous waste)

Where the administration of the cemetery is an integral part of the separation processes and classification and the burning of hazardous waste and washing, cleaning and purification of gases rising and impurities with it, and it's integrated operations must be planned, and develop plans and strategies for the acquisition of skill in this area. Because incineration and disposal of gaseous emissions to limit her is an integral part of the operations of the burial of these wastes in a safe and healthy for the environment and public health. And it has to be before the heat treatment of such wastes, to talk with the producers of this waste treatment and about how the roads that pass by the disposal operations in the treatment of hazardous chemicals and organic chemicals and give enough information about the methods of disposal and burial of these wastes. 
In addition to the amount of money required for heat treatment processes and operations required for the burial of those wastes. And then approve it before the product in the case of approval between the product and the company is processing the contract is signed. The company initiated its work later. 
Basis related Aqrarahol giving all the information related to hazardous wastes include the following: 
1 - the weight and volume of such wastes. 
2 - request the removal of dangerous hazardous waste. 
3 - Work Safety measures to get rid of those hazardous wastes. 
4 - Characteristics clear about the process of getting rid of the waste. 
5 - Give all information and data relating to properties and installation of chemical compounds and Alvezaawih. Links such as vehicles chemical interaction or chemical compounds incendiary, chemical compounds or severe Altaxd, and also to see their interactions, and to know solubility in water, and other qualities of the other. This data and information must attend in advance with the documents and official approvals on the piece. In addition to the precautions necessary for the quality of the disposal of these hazardous wastes. And accompany with the analysis and evaluation of the necessary archives that are used on the management of these wastes, taking into account the importance of these archives and save them in their own records. 
Introduction simple building and the creation of landfill company Kurienta. Free Vault on this land with an area of ​​65 hectares. The station is located near the final treatment of hazardous wastes. Where he began working in the (1970 m). Has been building and the creation of this vault to receive large amounts of waste treatment for the purpose of burial and long periods of time, so that you can receive the treated waste until the year (2070). It is possible according to the designs of engineers and supervisors of the construction processes and the construction of up to the height of the Vault (60 meters) above the earth's surface through (62) years to come. And is then seal the vault. And take advantage of the surface for the purpose of growing plants and benefit for the purposes of tourism later. And that the building and the creation of the vault is under environmental laws and regulations relating to the bridge and buried waste processing any resulting after the burning of such waste. And that the building and the creation of the vault must be done with extreme caution so during start digging and under standards and environmental standards required for the burial of those treated waste resulting from the chemicals B'damilit burning, and hence the requirements and procedures necessary to chose burial sites must be done under the conditions for the following. 
1 - the composition of the ground. 
2 - Know the locations of aquifers. 
3 - know the direction of the surface water. 
4 - approval of the concerned authorities, including the Ministry of Environment, municipalities and other government agencies. 
5 - preferably selected site Kmedfn away from populated areas as much as possible. 
Building specifications and the creation of the vault. Vault start building this step by step so as to be resistant to water leakage candidate of treated waste to be buried there. And be designed to protect the technical organizer of groundwater and surface water, and in a safe and modern, in the form of barriers to protect groundwater and surface water. The following graph illustrates this. 
1 - Base Vault (Base sealing) 
2 - Cover the average interconnection or landfill (Inter mediate sealing) 
3 - cover the surface layer of the landfill (Surface sealing) 
  Going through the process of building landfills in three phases, namely the following. 
-1 Base Vault. This consists of the base in the form of strong resistant separator wall between the vault and the groundwater and surface water, and the barrier to prevent the arrival of any Mrchh waste treatment access to groundwater and surface water serve as a protected layer of groundwater and surface water. 
-2 Cover the average interconnection or landfill. This cover or barrier is built so that the height (5.2 meters) and is covered in four phases at each stage and a protective cover that reaches a height of 10 meters. Then begin to cover head tightly covered and waterproof candidate of treated waste buried. 
-3 Cover the surface layer of the landfill. This cover represents the final step for the protection of the resistance of the treated waste water leak or the influence of rain or snow or any other environmental conditions. And the cover is the last surface slope or slant a little, as the cover is the last resistant to corrosion by rodents and insects, and also resistant to the growth of Jdhurallenbataat Alta Thirat other and be stable for long-term could be up for more than 60 years. 
Through the tables listed below can be identified on a lot of issues related to the building and the creation of the vault in terms of materials and measurements of the internal components and functions related to each of the base and cover Vault interface or the middle and cover the surface layer of the landfill. 
Table (5) 
Occupation 
Components and materials used in the base Vault 
Measurements 
Sequence 
Prevent the entry and exit of water, including 
Mineral water resistant 
50 cm 
Protective layer 
Sand 
10 cm 
Prevent the entry and exit of water from the groundwater and Aatfaal with chemicals and remain effective for resistant bacteria 
Resistant plastic, such as. Such as Polyethylene 
5.2 mm 
Water collection and disposal of liquid leachate to water purification plant 
Gravel in the form of Ahjarsgarh, Tubes 
30 cm 
A protective layer to protect groundwater 
A layer of debris and rubble and stones 
50 cm 


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Table (5) above the base of the landfill and the required measurements and ingredients involved in the composition and function of these components. 
Table (6) 
Occupation 
Components and materials used in the cover or the average interconnection landfill 
Measurements 
Sequence 
Protective layer 
Soft soil (dirt particles) 
10 cm 
Waterproof Cover and chemical materials, soil and chemical-resistant bacteria 
Plastic materials as polyethylene 
5.1 mm 
Protective layer 
A dense network of fiber Sufi interlocking with each other 
Protection class, collection and disposal of rain water through the pipes, especially to the water purification plant 
A layer of soil and plant mix adherent with Basalt 
4 cm 
Table (6) above cover interconnection or centrist, measurements and ingredients involved in this cover installation and function of the components included in the composition [55]. 
Table (7) 
Occupation 
Plug-and-cover Moadaldakhlh in the surface layer of the landfill 
Measurements 
Sequence 
Layer compensatory 
A layer of soil, a thin layer of clay-like silt and sand 
20 cm 
Cover tightly class, and the closure of the class of which are tightly sloping 
Metal materials 
60 cm 
Tightly close the class 
Metal materials 
50 cm 
   Waterproof Cover and chemicals and bacteria 
Plastics from polyethylene and welded 
5.2 mm 
Storm water 
 A layer of gravel and small stones 
20 cm 
After reclamation is used for the purposes of tourism 
Sand and silt, soil and small stones 
100 cm, (1) m 
Planting grass and used for tourism 
Agricultural soil 
Table (7) above the cover of the surface layer of the landfill where the measurements and ingredients involved in the composition and function of these components.

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