Key Benefits:
(Adopted at the 69th ordinary meeting of the Government of the Turkmen Republic of 18 December 2007, No. 78 of 29 January 2008 in the Order of the Government of the Know City, which was launched effective 1 March 2008) Article 1 provides for the defence and mitigation of hydroelectric disasters, the protection of the security and maintenance of public safety of the people's life and the promotion of economic and social development, in line with the provisions of relevant legislation such as the People's Republic of China's Meteorological Act, the Yumang Meteorological Regulations. Article 2 Article III. Re-electable disaster defence (hereinafter referred to as a defence) upholds the principles of safety, prevention and association. Article IV. Governments of municipalities, districts and territories (markets) should strengthen their leadership in the prevention process, develop and organize the implementation of mine-recruit emergencies, enhance disaster risk reduction capacities and guarantee public safety. Regional meteorological authorities in the city, the district (market) are responsible for the management of mined organizations within the current administration. Sectors such as planning, construction, public safety, security production monitoring, quality technical supervision, information industry, and municipal administration should be coordinated with meteorological authorities to prevent mine-related work in accordance with their respective responsibilities. Article 5 Meteorological authorities should strengthen the prevention of Psychological education, develop a plan for the prevention of therapeutic, conduct a wide range of awareness-raising campaigns and increase awareness among citizens. Agencies, social groups, business units and village (residents) committees should be able to promote knowledge education in this unit and in the region. Article 6. Meteorological authorities should organize research and extension applications for the prevention and detection of early warning systems, encourage units and individuals to conduct research and research development on mine-technical and mine-renewable products and to increase the level of anti-revention technologies. The meteorological authorities should provide recognition and incentives to units and individuals that have made a prominent contribution in the prevention process. Article 7. Meteorological authorities should establish sound disaster monitoring, early warning systems and working norms, and meteorological stations (shalls) should conduct mine-electing monitoring and the timely publication of information on mine electricity. No unit or individual shall be intrusive, destroyed or unauthorized to the mobile mined power monitoring and early warning facilities, and shall not endanger the detection environment of the mine power monitoring. The following mine-clearing devices for construction or facility established under article 9 shall be designed and completed: (i) The hazardous environmental facilities of the explosion, such as the oil treasury, the oil gallery, the hydroctation, gas storage stations, oil (hydro) pipelines (grounds), the veterans; (ii) Facilities such as the computer network centre's airfields and information systems; (iii) Social public service facilities, such as mail communications, transport, radioTV, health, financial securities, cultural education, priority material protection units and other non-movable material, sports, tourism, cruise sites; (iv) In accordance with the relevant legislation and the Regulations on the Establishment of Buildings for the Prevention of Landmine Design (GB50057-94), other constructions, places and facilities that should be installed in the mine-protected devices should be installed. Article 10's new construction, alteration, expansion (construction) construction and facilities should be in line with urban planning requirements and be designed in conjunction with the main subjects. Article 11 units engaged in the specialized design, construction, mine-facilitation test should obtain the qualifications granted by more than provincial meteorological authorities. There is a prohibition on the availability of qualifications or the conduct of specialized design, construction or mine-protecting devices beyond the scope of qualifications. The specialized design, construction, mine-facilitation test should implement national standards and technical norms. Article 12 The construction units should be reviewed by the national authorities for the design of the construction of a mine-facilitator and related materials to be sent to the district (market). The Meteorological Authority has completed its clearance within seven working days from the date of receipt of the application; changes or modifications to the mine-facilitative design programme should be revisited. The construction units are not allowed to start work without clearance or non-qualified design programmes. The construction units of the mine-clearing works should be constructed in accordance with the approved design programme, entrusting the appropriate quality of the mine detection body to track the detection of mine concealments in accordance with the construction progress of the construction process, after completion of the project, and draw on the technical basis for the clearance of the mine-facilitative work. Following the completion of the mine-clearing project, construction units should apply to the district (market) meteorological authorities for the completion of the inspection. Meteorological authorities should complete the process of receipt within five working days of the date of the receipt of the completed inspection request. Eligible nuclear-weapon-tested certificates of eligibility for mine-clearing devices; Removal of the Reception of the Mine Device Restruction Restructives, which are redirected by the original process. Unless experienced receipt or inspection is not qualified, the mine-clearing mechanism shall not be used. Meteorological authorities should establish the clearance of mined devices for the identification of qualified construction (constrain) and facilities. Article 15. The mine-protecting mechanism should be tested every year, including the production, storage facilities and facilities of flammable, prone to explosive items. The testing is carried out by an inspection body with the qualifications of a mine-protected device, and the local meteorological authorities review the mine-facilitator's mine-clearing monitoring report and inform the relevant functional sectors. Article 16 detects that the mine detection body has found that there is a risk of accidents in the mine-protected devices, which should be notified in a timely manner to the commissioning units, to make corrections and to report to local meteorological authorities. The detection unit refused to renovate or reclassify and was restructured by the endowment of the Meteorological Authority in the district (market). Article 17, the mine-facilitative devices use units should designate specialized persons to be responsible for the day-to-day maintenance of the mine-protected devices and to promptly exclude the hidden accident. Any unit or person shall not undermine the destruction of a mine-removal device. Article 18 The construction projects in this city's administration area, such as construction works, priority works and the risk of explosions, should be conducted on the basis of the need for a risk assessment to ensure public safety. Article 20 Risk assessment is conducted in accordance with the following provisions: (i) The construction unit's feasibility study of construction works, which should be informed of the participation of meteorological authorities, mine-clearing agencies, in accordance with the need to organize a risk assessment; (ii) The use of meteorological information should be consistent with the norms and requirements of meteorological authorities; (iii) Following the completion of a risk assessment mission, a report on risk assessment has been developed. The mine risk assessment concluded that the technical basis for the construction of projects such as large-scale construction works, priority works and the explosive environment should be validated and designed. Article 21 Risk assessment reports should include the following: (i) The status of mined activities at the project site and geographical, geological, soil and environmental; (ii) Prospecting, analysis and assessment of potential hazards to be caused by mine-electric disasters; (iii) Recommendations, responses and measures for the defence and mitigation of disaster; (iv) The mine risk assessment findings. Sections and individuals suffering from a mine-electronic disaster should report in a timely manner on the meteorological authorities and related sectors of the location (communes) without concealing, false or delaying reports. The meteorological authorities should immediately report mine-electronic disasters in accordance with the relevant national provisions. The Government of the People's Republic of the Mine-Free Zone and its relevant authorities should organize risk-taking in accordance with their respective responsibilities and emergency scenarios; the communes, the Government of the town and the urban street offices should immediately organize the people's self-savings to reduce casualties and property losses. Article 24 (c) Regional meteorological authorities should conduct prompt mine-hydro surveys and identifications, identify the causes and nature of mined hydroelectric disasters and propose corrective measures. The survey and identification reports should be presented in a timely manner to the same-level people and to the top-level meteorological authorities. Article 25 City, district and local (market) meteorological authorities should provide regular statistical analysis of the situation of mine-electronic disasters that occur within the current administration area, propose proposals for disaster prevention and mitigation, and report to the same-level people and the top-level meteorological authorities. Article 26, in violation of this approach, provides that one of the following acts is warned by more than one of the meteorological authorities at the district level and that the deadline is being changed; that the period of time remains unchanged, with a fine of up to 3,000 dollars of dollars for damages to others and that the liability is vested under the law: (i) The installation of mine-protected devices without installation; (ii) The design of unauthorized construction without clearance or clearance; (iii) No experience after the completion of the mine-clearing work or the receipt of unqualified inputs; (iv) The use units of the mine-facilitated device are not subject to the prescribed period for the detection of a mine-protected device or for unqualified refusal to change; (v) Damage to the destruction of a mine-protected device. Article 27, in violation of this approach, does not obtain a special design, wage quality and operation beyond the scope of the mine-protected device, and is liable under the law for the cessation of the offence, forfeiture of the proceeds of the conflict and forfeiture of the proceeds of the offence. Article twenty-eighth units involved in the detection of a mine-facilitative device, which is reported to be falsely tested, are being converted by an order of responsibility of more than one million meteorological authorities at the district level and fined by more than 1 million dollars at the 2000 yen; in the event of a serious nature, it is recommended that the certifying body revoke its inspection certificate. Article 29 prevents staff from playing a role, leading to the disposal of major mine-hydro accidents under the law, resulting in significant loss of State interest and the life of the people, which constitutes a crime and is criminalized by law. Article 33 of this approach refers to a total of mine-facilitative products and facilities, such as retaliators, fervents, trajectory protections, and other connectors. Article 31 is implemented effective 1 March 2008. |
