China - Liaoning Third Medium Cities Infrastructure Project : environmental assessment (Vol. 11 of 21) : China - Central Heating Project loaded from World Bank in Yangjiazhanzi, mine area : environmental action plan

Page 1 1 Environmental Management Plans for Central Heating Project Loaded from World Bank inYangjiazhanzi, Mine Area Design Unit: Water & Heating Center in Yangjiazhangzi Economic Development Area Liaoning Academy of Environmental Sciences August. 2007 E1714 V11 Page 2 2 CATALOGE 1. GENERAL SITUATION OF THE PROJECT.................................................................................................................3 1.1 B ACKGROUND OF THE P ROJECT .......................................................................................................................................3 1.2 N AME , NATURE AND LOCATION OF THE P ROJECT .............................................................................................................3 1.3 C ONTENTS OF THE C ONSTRUCTION P ROJECT ...................................................................................................................4 2 .DESIGN BASIS OF EMP...................................................................................................................................................5 2.1 P ERFORMANCE CRITERIA .................................................................................................................................................5 2.2 D ESIGN B ASIS ..................................................................................................................................................................6 3 POLLUTANT PRODUCED BY THE PROJECT..........................................................................................................7 3.1 W ASTE GAS EMISSION ......................................................................................................................................................7 3.2 W ASTE WATER DISCHARGE ...............................................................................................................................................7 3.3S OLID WASTE PRODUCED THE PROJECT .............................................................................................................................9 3.4 S UMMARY STATEMENT OF THE POLLUTANT GENERATED BY THE PROJECT ........................................................................9 3.5S ITUATION OF SUBSTITUTE SCATTERED BOILER ROOMS ..................................................................................................10 4 .ANALYSIS OF THE ENVIRONMENTAL IMPACT....................................................................................................12 4.1 S TATUS Q UO OF E NVIRONMENT Q UALITY .....................................................................................................................12 4.2 E NVIRONMENTAL I MPACT A NALYSIS DURING C ONSTRUCTION P ERIOD ..........................................................................13 4.3 A NALYSIS OF THE E NVIRONMENTAL I MPACTS IN O PERATION .........................................................................................15 5 .ENVIRONMENT IMPACT MITIGATION MEASURES............................................................................................16 6. ORGANIZATION ARRANGEMENT............................................................................................................................25 7. MONITORING PLAN......................................................................................................................................................26 8. REPORTING SYSTEM ...................................................................................................................................................31 8.1 M ONITORING R EPORT ....................................................................................................................................................31 8.2 R ECORDS AND EMP I MPLEMENTATION REPORT .............................................................................................................32 9.TRAINING PLAN..............................................................................................................................................................33 10. PUBLIC PARTICIPATION PLAN................................................................................................................................33 10.1 PUBLIC P ARTICIPATION BEFORE THE IMPLEMENT OF THE PROJECT ................................................................................33 10.2C ONTINUOUS P UBLIC P ARTICIPATION P LAN ..................................................................................................................37 10.3 C HANNELS FOR COMPLAINS OF DISSENSION .................................................................................................................37 Page 3 3 1 General Situation of the Project 1.1 Background of the Project At present, heat of buildings in Yangjiazhangzi mine area is mostly supplied by the scattered small boilers, including 5 small boilers with a running efficiency of 45%-65% and total capacity of 80 tons/ hour; since most of the existing boilers are running in a state of over loading, their heating quality can not reach the standard that some users indoor heating temperature is merely 13 ; The deduster and smoke control equipments for the boiler of 1-5MW in the scattered small boilers are too simple and outmoded that their dust removal efficiency is merely 50%; dust and smoke removal equipments of 6- 10MW are simple and outmoded with a dust removal efficiency of 85%; dust and smoke cleaning equipments of 10-15MW are simple and outmoded with a dust collection efficiency of 90%; boilers of 1-10MW is running without desulphurization facilities, while boilers of 10-15MW is equipped with too simple desulphurization facilities having a desulphurization rate of 50%; Consequently, the atmospheric pollution is getting severe. The mode of the heating supply by the scattered boiler rooms do great harm to the urban environment, not noly increase the transportation quantity of the coal, slag and ash, give high pressure on the municipal traffic and emission pollution of the transportation vehicles but also use vast construction land and urban green space, which severely affect the cityscape and deteriorate the environmental quality of Yangjiazhangzi mine area. Due to the existing problems mentioned above, to build a large heat source with vast heat network based on central heat supply rather than the scattered boiler room is an inevitable option for its urban development, which cause the decrease of the energy consumption, land use, soot and emission of SO2, Nox and lighten the transportation quantity of the coal, slag and ash, give high pressure on the municipal traffic and emission pollution of the transportation vehicles. As a result, the urban environment will be greatly improved. 1.2 Name, nature and location of the Project Project title: Central Heat Supplying Project in Yangjiazhangzi Mine Area Construction location: Lian Hua Community of Yangjiazhangzi Economic Development Zone Construction nature: newly built Project investment and construction period: Total investment 91.75 million yuan, of which, 53 Page 4 4 from the World Bank loan, the other 47 from self -financing Construction period: The construction preparation stage is until 2008; the construction stage is from 2009 to 2010; local heating will be commenced in 2010, general heating will be realized in 2013. 1.3 Contents of the Construction Project According to this project, 3 water heaters of 29MW, 16 heat exchange stations and a first- Level pipeline network with a total length of 12.48km will be built. The central heat area north of Yong An road can come up to 144.3km 2 after the operation of this project. The total manpower quota of this project is 145, including 76 within the heat source plant, in which there are 60 production staff and 16 managers; and 77 newer from the heating network and heat exchange stations, in which 32 are from the heat exchange station, and another 45 are managers and heating network maintainers. louyu exchange stations will be built for 53698m 2 heating area. The heat source factory adopts the system of continuous duty with a heating period of 147 days, daily operation for 24 hours. See Fig. 3-1 for project compositions. Table 1-1 Table of project compositions Contents of project Construction nature Construction scale Remarks Main project Newly built 3