The World Bank Loan Kangping County District Central Heating Network Project
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E1714 V18 REV Public Disclosure Authorized The World Bank Loan Kangping County District Central Heating Network Project Environmental Management Plan Public Disclosure Authorized (EMP) Public Disclosure Authorized Prepared by: Shenyang Academy of Environmental Sciences November 2013 Public Disclosure Authorized CONTENT 1 Project Overview…………………………………………………………………………………….2 1.1 PROJECT BACKGROUND………………… ……………… …………………………………2 1.2 PROJECT NAME, CHARACTER AND CONSTRUCTION LOCALE ..................................................................3 1.3 PROJECT CONSTRUCTION CONTENT .......................................................................................................3 2 Basis of Compilation…………………………………………………………………………………5 2.1 OPERATIONAL STANDARD ......................................................................................................................5 2.2 BASIS OF COMPILATION ..........................................................................................................................6 3. Pollutant Emissions……………………………………………………… …………………... 7 3.1 WASTE WATER ........................................................................................................................................7 3.2 SOLID WASTE .........................................................................................................................................7 3.3 POLLUTANT EMISSIONS AROUND ALTERNATIVE SOURCE AND REGIONAL POLLUTANTS INCREASE AND DECREASE ..............................................................................................................................................7 4 Environmental Impact Analysis……………………………………………………… ………… 8 4.1 ENVIRONMENTAL QUALITY PRESENT STATUS ........................................................................................8 4.2 ANALYSIS OF ENVIRONMENTAL IMPACT DURING OPERATION PERIOD ....................................................8 4.3 ANALYSIS OF ENVIRONMENTAL IMPACT DURING CONSTRUCTION PERIOD .............................................9 4.4 HEAT SOURCE----------------------------------------- --------------------------------------------------------------9 5 Environmental Impact Mitigation Measures……………………………………………………..11 6 Institutional Arrangement…………………………………… ………………………… ……….16 7 Monitoring Plan……………………………………………….. ………………………… ………17 8 Report-Keeping System……………………… ………………………………………… ………..20 8.1 MONITORING REPORT........................................................................................................................... 20 8.2 RECORD AND EMP IMPLEMENTATION ANNUALS .................................................................................. 21 9 Training Plan…………………………………………………………………… ………………… 22 10 Public Participation During Project Implementation…………… …………………………..22 10.1 PUBLIC PARTICIPATION PLAN .............................................................................................................. 23 10.2 DISPUTE COMPLAINT CHANNELS ....................................................................................................... 23 11 Implementation Charges for Management Plan………… …………………………………… 24 1 1 Project Overview 1.1 Project Background Kangping is located in the north of Shenyang, middle reaches of Liao River drainage area, Kangping is surrounded by ChangTu on the other bank of the Liao River, Zhangwu in the west, and Faku in the South and Inner Mongolia Autonomous Region Horqin Left Wing Rear Banner in the North. Its longitude is east 122°45′to 123°37′ and latitude is north 42°31′to 43°02′, the length from the east side to the west is 73km, and from the south to the north is 58km, and total area of this county is 2175 km2. The construction area with existing completed heating facility is 2.01 million m2, and most of them is non energy-saving buildings, the required heating area in winter is 2.01 million m2 Recently there are 65 existing heating organizations in Kangping town of Kangping County, most of them are self-heating units or private enterprises heating, and the one central heating company with bigger size is Kangping Heating Company, heating area is 1 million m2. Mostly buildings in Kangping town are heated by decentralized middle or small size boiler rooms, which with low efficiency and more chimneys, and also mostly dust removing facilities are Ceramic multi-tube dust collectors, which with low efficiency, does not have desulfurization function, heavy pollution, more boiler rooms intermittently heating, and causes bigger energy waste. All mentioned above did not only make huge pollution to the city environment, increased transport volume of coal, ash and dregs, brought in pressure to the urban traffic and pollution emission from transport vehicles, but also took up lots construction land and urban green space, which seriously affected city sight and environmental quality. Because of the aforesaid issues, establish central heating combined heat and power generation or large heating source plant to replace the decentralized heating is an inevitable choice for the urban development. After the construction of this project, use thermal power plant supply heating to replace the decentralized heating from small coal-fired boilers, can greatly improve thermal efficiency and energy conservation, reduce land occupation, solve the problem of unqualified water quality rusts pipelines, 2 control the water leakage ratio within the reasonable range, reduce the emission of dusts, SO2、NOx、CO2, etc., and at the same time, also reduce the transport volume of coal and dregs, and the traffic pressure and vehicle exhaust emissions, consequently to improve the urban environmental status. 1.2 Project Name, Character and Construction Locale Project Name: The World Bank Load Kangping County District Central Heating Network Project Construction Locale: Kangping County Kangping Town Construction Character: New Project Investment and Construction Period: Total investment is 199.79 million RMB, thereinto, the World Bank Loan 106.67 million RMB (15.92 million USD), which is 53% of the total investment, domestic bank loan 47 million RMB and company self-financing 46.12 million RMB. Project Construction Period is: March 2010 ~ November 2011 December 2010 ~ January 2011: Design May 2011 ~ November 2011: Construction December 2011: Project Operation, commence to supply heat. 1.3 Project Construction Content The project construction content as the table 1-1 shows. 3 Table 1-1 Project Constitute and Scale Serial Construction Construction Project Content Remark No. Character Scale The primary network from 1m from the outside 1 wall of thermal 17.22km New power plant to all the heat exchange stations Total heating area is 3 million m2 Secondary network from each heat 2 New 0.99 million m2 exchange station to end users 2 large heat exchange stations The standard configuration of large New 8 building heat heat exchange station is 3 recycle exchange stations pumps (2 in use and 1 backup), 2 Establish 28 large constant pressure water supply heat exchange pumps (1 in use and 1 backup) 3 stations and 8 building heat The standard configuration of exchange stations building heat exchange station is 2 recycle pumps (1 in use and 1 26 large heat Rebuild backup), 1 constant pressure water exchange stations supply pump. Among the construction of 28 large heat exchange stations, 26 using the building of existing boiler rooms or heat exchange stations, but will replace some backward facilities. 4 2 Basis of Compilation 2.1 Operational Standard 2.1.1 Environmental Quality Standard (1) Ambient Air Quality Standard The general pollutants in the ambient air quality implement the second grade standard of national <Ambient Air Quality Standard> (GB3095-1996). Table 2-1 Ambient Air Quality Standard Pollutants Concentration Limit（mg/m3） Items Standard Average Per Hour Average Per Day Average Per Year SO2 0.50 0.15 0.06 GB3095-1996 PM10 0.15 0.10 NO2 0.24 0.12 0.08 (2) Acoustic Environmental Quality Standard According to the domain where the heat exchange station located, implement second grade standard of <Acoustic Environmental Quality Standard> (GB3096-2008)>: daytime 60dB(A), nighttime 50dB(A). 2.1.2 Standard of Pollutants Emissions (1) Waste Water Waste water is discharged into the urban sewage line network, and implement Liaoning province < Integrated Sewage Discharge Standards > (DB21/1627-2008) table 2. Table 2-2 Liaoning Province <Integrated Sewage Discharge Standards> Unit: mg/L CODcr Ammonia SS 300 30 300 (2) Noise During construction period implements <Noise Restrict for Construction Site> (GB12523-90) for the noise. 5 Table 2-3 <Noise Restrict for Construction Site> Noise Level Limit Construction Stage Main Noise Source Daytime Nighttime Earth Work Bulldozers, excavators, loading vehicles, 75 55 According to the domain where the heat exchange station located, implement the second grade standard of <Noise Emission standards for Industrial Enterprises at Boundary> (GB12348-2008). (3) Solid Waste The solid waste emission implements the standard of < Pollution Control Standards For Liaoning Province Industrial Solid Waste> (DB21-777-94) and < Pollution Control Standards For General Industrial Solid Waste Storage and Disposal Site> (GB18599-2001). 2.2 Basis of Compilation This Environmental Management Plan is worked out according to the laws and regulations on environmental protection of the People's Republic of China, the World Bank security policy, Liaoning province and Shenyang relevant environmental protection regulations and planning