environmental management plan empdocuments.worldbank.org/curated/pt/678501468220510692/... ·...
TRANSCRIPT
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World Bank Loan of Jinzhou City, Yixian
Urban Area Central Heating Pipe
Network Expansion Project
Environmental Management Plan
(EMP)
Liaoning Academy for Environmental Planning Co.,Ltd
January 2014
E1714 V21
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Table of Contents
1 Purpose of Environmental Management Plan .......................................................................... 1 1.1 PURPOSE OF ENVIRONMENTAL MANAGEMENT PLAN ............................................... 1
1.2 PROGRAMME OF ACTION AND REQUIREMENT ............................................................ 2
1.3 INSTITUTIONAL ARRANGEMENTS ................................................................................... 2
2Basis of Compilation ..................................................................................................................... 3 2.1 EXECUTIVE STANDARD ...................................................................................................... 3
2.2 BASIS OF COMPILATION ..................................................................................................... 5
3Project Overview........................................................................................................................... 5 3.1 PROJECT BACKGROUND ..................................................................................................... 5
3.2 PROJECT NAME, NATURE AND CONSTRUCTION SITES ............................................... 6
3.3 CONSTRUCTION CONTENTS .............................................................................................. 7
3.4 POLLUTANT EMISSIONS IN THIS PROJECT ..................................................................... 8
3.5 ALTERNATIVE SOURCE ....................................................................................................... 9
3.6 HEAT PLANT ......................................................................................................................... 10
4 Environmental Impact Analysis ............................................................................................... 12 4.1 STATUS OF ENVIRONMENTAL QUALITY....................................................................... 12
4.2 ENVIRONMENTAL IMPACT ANALYSIS DURING CONSTRUCTION PERIOD ........... 13
4.3 ENVIRONMENTAL IMPACT ANALYSIS DURING OPERATION PERIOD .................... 18
5 Environmental Impact Mitigation Measures .......................................................................... 26
6 Environmental Monitoring Plan .............................................................................................. 35
7 Training Programme ................................................................................................................. 39
8 Reporting System ....................................................................................................................... 40 8.1 MONITORING REPORT ....................................................................................................... 40
8.2 RECORD AND EMP IMPLEMENTATION ANNUALS ...................................................... 42
9 Public Participation Programme .............................................................................................. 43 9.1 PUBLIC PARTICIPATION ..................................................................................................... 43
9.2 DISPUTE COMPLAINT CHANNELS .................................................................................. 51
10 Implementation Costs of Management Plan ......................................................................... 52
1
1 Purpose of Environmental Management
Plan
1.1 PURPOSE OF ENVIRONMENTAL MANAGEMENT PLAN
During the construction phase of the project, the atmospheric and acoustic
environment will be impacted, and major impact on the acoustic environment will be
imposed.To elaborate the contents of the aspects of environmental impacts, mitigation
measures, environmental management, environmental supervision and environmental
monitoring, the Environmental Management Plan is hereby formulated, which is the
guidance documents for the environmental management in the project implementation
process, and its roles are listed as follows:
( 1 ) To define environmental objectives and environmental mitigation measures
Yixian EPA, environmental impact assessment unit and design unit shall conduct the
detailed verification and validation for environmental protection objectives and shall
propose effective environmental mitigation measures to incorporate into the project
design.
( 2 ) As the guiding document for environmental management
After the review of environmental management plan by the World Bank, it will be
provided for the construction supervision unit, environmental supervision unit and other
related units during construction and operation periods as the environmental protection
text.
( 3 ) To define the responsibilities and roles of related units
The responsibilities and roles of the relevant functional departments and regulatory
bodies shall be clearly defined in Environmental Management Plan, and the
communication channels and manners shall be proposed between the various departments.
( 4 ) To determine the environmental monitoring plan during construction and operation
period.
( 5 ) The environmental monitoring plan during construction period and operation
proposed in environmental management plan shall ensure the effective implementation of
environmental mitigation measures.
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1.2 PROGRAMME OF ACTION AND REQUIREMENT
In order to minimize the environmental impact of the project produced, under with
the joint efforts of the World Bank officials, international consultants, EIA units,
construction units and the relevant departments of the people's government of the Yixian
County, the overall objective of the environmental management during project
construction and operation periods is formulated: To keep the socio-economic and
environmental sustainability development in Yixian County, to improve the environmental
quality of Yixian County, to mitigate or compensate for the negative impact of the project
brought to the community and the environment until it is minimized.
The specific actions and requirements are as follows:
( 1 ) Action:
Propose and implement environmental management and monitoring plan;
Propose and implement pollution control strategies to mitigate its impact on the
ambient air.
( 2 ) Requirements:
To inspect the monitoring results of monitoring factors listed in the environmental
monitoring program of construction and operation periods.
In accordance with the procedures, all the environmental mitigation measures
proposed in the environmental impact assessment shall be implemented.
1.3 INSTITUTIONAL ARRANGEMENTS
To ensure the effectively control and mitigation of a variety of adverse environmental
impacts, the whole process of the project shall be strictly and scientifically tracked, and
the environmental management and environmental monitoring shall be carried out in a
standardized manner. Surveillance and monitoring regulatory agencies are shown in
Figure.
3
2Basis of Compilation
2.1 EXECUTIVE STANDARD
2.1.1 ENVIRONMENTAL QUALITY STANDARDS
( 1 ) Ambient Air Quality Standard
For the conventional pollutants in ambient air quality, the Level II Standard in
national "Ambient Air Quality Standard" (GB3095-2012) shall be implemented. Specific
values are shown in Table 2-1.
Table 2-1 Ambient Air Quality Standard
Standard Items
pollutant concentration limits(mg/m3)
Hourly average Daily average Yearly average
GB3095-2012
SO2 0.50 0.15 0.06
TSP / 0.30 0.20
PM10 / 0.15 0.07
NO2 0.20 0.08 0.04
( 2 ) Ambient Noise Standards: the Level I and II Standard in "Environmental Quality
Standard" (GB3096-2008) of the sound environment quality of the project shall be
Lender: World Bank Loan representatives: World Bank environmental officials
Owner Representative: Jinzhou Guanda Heating Power Co., Ltd.
Environmental Monitoring Station of Yixian County (The monitoring program listed in this section shall be monitored and prepared with monitoring reports)
Environmental protection administration departments: Liaoning Provincial Environmental Protection Bureau, Environmental Protection Agency of Jinzhou City, EPA of Yixian County
Construction Unit (Implementation of pollution mitigation measures during operational period)
Environmental Management Company (Responsible for the monitoring of pollution mitigation measures of construction and operational periods)
Construction Unit (Implementation of pollution mitigation measures during construction period)
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implemented.
Table 2-2 "Environmental Quality Standard" (GB3096-2008) Unit: dB (A)
Category Number of Heat Exchange Station noise limits
Day Night
Category 1 New 8 #, New 9 #, New 15 #, New16 #, New 17 # 55 45
Category 2
new 1#, new 2#, new 3#, new 4#, new 5#, new 6#, new
7#, new 10#, new 11#, new 12#, new 13#, new 14#,
newly built 10 buildings of heat exchange stations
60 50
2.1.2 Pollutant Emission Standards
( 1 ) Wastewater
The waste water in this project is discharged into the city water supply network, and
then transfer to sewage treatment plant of Yixian County (Yixian Beikong Water Service
Limited Company) with the implementation of standard of discharging into municipal
wastewater treatment plant of "Integrated Wastewater Discharge Standard of Liaoning
Province" (DB21/1627-2008) (GB8978-1996 has also defined the effluent water quality
discharged into the municipal wastewater treatment plant, but the standards of Liaoning
provincial is stricter than national standards).
Table 2-3 comparison list of the relevant flue gas emission standards (mg/m3)
Pollutants
GB "Integrated Wastewater
Discharge Standard"
GB8978-1996 Category III
provincial standard "Integrated
Wastewater Discharge
Standard of Liaoning
Province"
(DB21/1627-2008-2003) Table
2
CODcr — 300
BOD5 — 250
SS — 300
NH3-N — 30
( 2 ) Noise
"Emission standard of environment noise for boundary of construction site" (GB12523- 2011)
shall be implemented for the noise during construction period.
( 3 ) Solid Waste
For solid waste, "Standard for pollution control on the storage and disposal site fo-
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r general industrial solid wastes" (GB18599-2001) and "Announcement On the release
of 3 National Pollutant Control standard amendments of <Standard for pollution con
-trol on the storage and disposal site for general industrial solid wastes > (GB18599-2001)
" (Announcement No. 36 in 2013).
( 4 ) Construction dust (particulate matter)
The table 2 of "Integrated emission standard of air pollutants" (GB16297-1996) shall
be implemented with the fugitive emission of monitoring the concentration limits
(1.0mg/m3).
2.2 BASIS OF COMPILATION
The Environmental Management Plan is formulated in accordance with
environmental protection laws and regulations of PRC, the World Bank security policy,
regulations and planning documents on environmental protection of Liaoning Province,
Jinzhou City and Yixian County, the project design document, the project environmental
impact assessment of technical documentation of Environmental Protection
Administration of the Ministry of Construction, international environmental agreements
signed by China.
3Project Overview
3.1 PROJECT BACKGROUND
Currently, within the urban area of Yixian, only 1 building of Jinzhou Guanda
Heating Power Co., Ltd. in the south provides the central heating heat source, 4 placess of
scattered small boiler rooms, and a total of nine hot water boilers with a total capacity of
250.5MW, total heating area of 2,445,300 m2, of which the central heating area is of
2,105,300 m2.The central heating souce Jinzhou Guanda Heating Power Co., Ltd. is
located in Houyang Village, Chengguan Township, Yixian County, which covers an area
of 35,000 m2, currently it has 43 regional heat exchange stations (including a heat
exchanger station within heating source plant), and the heating capacity is 215MW, with
two sets of 70MW (2 × 100t / h), 1 set of 46MW (65t / h), 1 set of 29MW (40t / h), where
one set of 70MW (100t / h) is used as a backup boiler currently, and the existing heating
area is of 2,105,300 m2.
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The heating pipes in urban area have quality problems.Most of the pipelines have the
problem of aging and corrosion, the pipeline leakage and blockage have seriously affected
the quality of heating; part of pipe materials are poor, and insulation materials are
damaged, and the quality problems of pipe fittings are getting increasingly serious.Due to
valve leakage, corrosion damage of compensator and the erosion of holders, failures of
heating system happened frequently, which seriously affected the heating quality.The lack
of overall planning and design of the pipe network, unreasonable pipeline laying coupled
with the significant changes occurred in heat load in recent years resulted the serious
disorders in the current pipe network hydraulic conditions and thermal condition. The
network systems of Level II lacks control facilities, which resulted in the uneven heating
and disorders of hydraulic conditions.
According the relevant issues of heating realities, the following issues are analyzed:
① The decentralized heating boiler room has low heating efficiency, big energy
consumption, poor quality and serious pollution.
② With the development of the Yixian County, the current heat source cannot meet
the needs of the heating load development.
Because of the above problems, the construction of heating pipe network expansion
project of centralized heating in Yixia County can save energy, reduce pollution and
improve the local environment.Upon completion of this project, the heating supply of
Yixian County will be undertaken by Jinzhou Guanda Heating Power Co., Ltd., which will
replace the 4 dispersing small boiler rooms in the heating area (five sets of small boilers)
to solve the problems of coal cinder dust produced by boiler room burning, the dust of
heap coal yard and boiler room noise nuisance; after the transformation of some of the
existing regional heat exchange stations, the land occupation can also be reduced.
Construction of this project brings not only economic benefits, but also the greater
environmental and social benefits.
3.2 PROJECT NAME, NATURE AND CONSTRUCTION SITES
Project Name: World Bank Loan of Jinzhou City, Yixian Urban Area Central Heating
Pipe Network Expansion Project
Construction Location: Urban District of Yixian, Jinzhou City
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Construction nature: reorganization and expansion
Project investment and construction time: a total investment of 151,166,800 yuan,
which intends to use the $ 17.1 million from World Bank loan, the remaining will be self
collected.
The project construction period: April 2014 - November 2015;
October to December of 2013: preliminary design, design documents of part of the
construction and tender documentation;
January to March of 2014: bidding and tendering;
April to October of 2014: the construction preparation, construction of some newly
built, rebuilt level one network, newly built level two network, rebuilt level two network,
heat exchange stations civil works; newly built heat exchange station, building heat
exchange station, the additional water treatment equipment installation to the original heat
transfer station;
January to September of 2014: Part of the construction drawing design and bidding
and tendering;
March to September of 2015: Newly built level one network, heat exchange stations
civil works and equipment installation;
October of 2015: Equipment commissioning and trial operation;
November of 2015: put into operation and final acceptance.
3.3 CONSTRUCTION CONTENTS
The works include the newly built level one hot water network 17.02km, level two
hot water network 18.91km, 17 regional heat exchange stations, 10 building heat
exchange stations and 54 storied building heat meter installation experimental units;
transformation of level one network 7.29km and level two network 75.046km. The 10
building heat exchange stations and 54 building heat meter installation in Junyu Huating
Community (Phase II ) of this project are both the pilot project of World Bank Loan.
After the renovation and expansion by the project, the central heating (heat load
206.18MW) of the newly built and the original heating system with a total area of
3,850,300 m2 heating can be realized, and an area of 1,220,000 m
2 for heating is still
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available for the newly built level one network.The 17 newly built area heat exchange
stations in this project are all set with softened water equipment; the building heat
exchange station of Junyu Huating is adopted with the principle of the once network for
the secondary network, so no water softening facilities and softening tanks are installed.
The newly built heat exchange station in this project has the seating capacity of 9
people, 24 people in level one network, 19 people in the newly built level two network,
and the transformation of level two network is included in the original project with a total
of 52 people added.
The composition and size of the project is shown in Table 3-1.
Table 3-1 Composition and size of the project
No. Project content scale Remark
1 Level 1 hot water network 24.31km
1-1 Newly built Level 1
network
17.02km
1-2 renovation and expansion
level 1 network
7.29km
2 Level 2 hot water network 93.956km
2-1 Newly built Level 2
network
18.91km Supporting with 782,000 m2 heating area
2-2 renovation and expansion
level 2 network
75.046km Original heating area of 1,302,600 m2
3 heat exchange station 27 buildings 17 are newly built (including the 4
transformed boiler rooms)
3-1 Newly built heat
exchange station 17 buildings
1,702,000 m2 heating area, 2 softened water
treating cylinders will be set for each heat
exchange station, one for use one for
backup
3-2 Newly built building heat
exchange station
10 buildings 43 000 m2 heating area
4 Building heat meter
experimental unit
54 areas existing area provided by 7# agricultural
machinery heat exchange station
3.4 POLLUTANT EMISSIONS IN THIS PROJECT
1. Noise
Most of the heat exchange stations drafted to be transformed and newly built in the
project are located in residential areas at noise-sensitive points, and the equipment noise
generated by heat exchange station may have some impact on the surrounding residents.
2. Wastewater
The 17 newly built heat exchange stations in the project are set with softened devices
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with the water filling quantity of 102m3/h, and will generate wastewater 15.3 m
3/h, and
the annual drainage is of 54713m3 / a, it is discharged into the Yixian urban sewage
treatment plant (Yixian Beikong Water Service Co., Ltd.) through the municipal pipe
network.
Table 3-2 Wastewater Quantity Generated during Operations Period
Emission
sources
wastewater
(m3/a)
Name of
pollutant
emission
concentration
(mg/L)
Emission load
(t/a)
Emission
behavior
Water
softening
devices
54713
CODCr 100 5.47 Discharge
into Yixian
urban
sewage
treatment
plant
through
municipal
pipe
network
ammonia
nitrogen 5 0.27
The project is added with the capacity of 52 people, and there will be domestic
sewage. Daily domestic water consumption is 5.2m3, and the sewage generated daily is
3.64m3 and the sewage is discharged into Yixian sewage treatment plant (Yixian Beikong
Water Service Limited Company) through municipal sewage pipe network.
Table 3-3 Domestic Sewage Quantity Generated during Operations Period
Emission
sources
wastewater
(m3/a)
Name of
pollutant
emission
concentration
(mg/L)
Emission load
(t/a)
Emission
behavior
Staff 1329
CODCr 240 0.32 Discharge into
Yixian urban
sewage
treatment plant
through
municipal pipe
network
BOD5 150 0.20
ammonia
nitrogen 25 0.03
3. Solid Waste
After completion of the project, the labor quota of 52 people will be increased, and
there will be garbage generation with the quantity of 19t/a.
3.5 ALTERNATIVE SOURCE
After the project is completed, five boilers and four small chimneys ( built in 2008 ~
2009 ) of four boiler rooms in Sunny Garden, Xinghua Garden, Happiness Garden and
Vocational High School will be dismantled. The heating areas of the above small boilers
10
are over 0.34 million m3, if central heating via heat plant is conducted, the heating
efficiency will be increased, and thus reduce coal burning of 3596t/a. Therefore, the
reduction of 3596t/a of fuel coal can result to the reduction of emission of sulfur dioxide at
86t/a, nitrogen oxides 55t/a and fume 50t/a.Huge improvement will be rendered to the
quality of the air and environment in Yixian urban area. The land left at the location of the
original small boiler room can be used to build greenbelt of other municipal public
facilities, which can improve the regional environment, and bring a certain degree of
social benefits for the Yixian County as well.The problems of burning coal cinder dust,
waste water, coal storage yard and boiler room noise nuisance resulted from the boiler
room can all be solved. The demolition plan for the small boilers is shown in Table 5-3.
3.6 HEAT PLANT
The central heating souce Jinzhou Guanda Heating Power Co., Ltd. is located in
Houyang Village, Chengguan Township, Yixian County, which covers an area of 35,000
m2, currently it has 43 regional heat exchange stations (including a heat exchanger station
within heating source plant), and the heating capacity is 215MW, with two sets of 70MW
(2 × 100t / h), 1 set of 46MW (65t / h), 1 set of 29MW (40t / h), where one set of 70MW
(100t / h) is used as a backup boiler currently, and the existing heating area is of 2,105,300
m2.For the central heating source projects, Jinzhou Municipal Environmental Protection
Bureau issued the "On the Official Reply of Environmental Impact Statement of Central
Heating Project in JunZhou Guanda Heating Power Limited Company in Yixian County"
(Letter of Environment In Jinzhou [ 2010 ] No. 74 ) in July 2010. The main pollutant
emission indicator and environmental measures of heat plants are as follows:
The 4 boilers in the heat plant share a 65m chimney; ceramic multi-tube dust cleaner
is used, and the dust removal efficiency is 95%; the lime- calcium sulfite method tower
wet desulphurization method is used with the desulphurization efficiency ≥ 90%; dust and
SO2 concentration is controlled by the II standard time limit control in "boiler air pollution
free emission standard"(GB13271-2001) (dust emission concentration 200mg/m3; SO2
900mg/m3), ringelman emittance is less than level I, coal with ash content <25%, sulfur
content of < 0.85% should be used; fully enclosed coal yard should be used, surrounded
wind wall should be used, and top is set with the tent and mist spray system , coal
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handling system uses a fully enclosed corridor; the waste water produced by boiler river
sewage water treatment chemicals should be used in desulfurization and ash washed up
water, and domestic sewage is treated in Yixian sewage treatment plant after discharged
into septic tank treatment after processing through an urban water supply network; all the
boiler ash produced shall be subject to the comprehensive utilization by Jinzhou Yulian
building Materials Co., Ltd., a subordinate enterprise of Jinzhou Guanda Heating Power
Co., Ltd. ( production of hollow bricks ); temporary ash is stored in yard with seepage and
anti- dust measures; noise equipment must be installed in the plant with damping, isolation
sound, noise reduction measures; coal factory vehicle access is prohibited horning so that
factory noise standards can be reached.
The heat plant passed the acceptance of environmental protection for the completed
construction projects organized by administrative department of environmental protection
in March 2013.Heat plant is set with located gas-line device, and is currently applying for
environmental protection acceptance.According to the completion and acceptance contents
of heat plant environmental monitoring report, the total heat control pollutants allowable
in total plant emissions are: SO2 95.19t/a, dust 104.48t/a; actual emissions: SO2 94.01t/a,
dust 89.89t/a, which are less than total control indicators. Concentration of pollutant
emissions to the atmosphere is: SO2 177mg/m3, dust 169.9mg/m
3.
Table 3-4 comparison list of the relevant flue gas emission standards (mg/m3)
Pollutants
World Bank thermal
power plants
Environmental,
Health and Safety
Guidelines (EHS)
GB "boiler air
pollutant emission
standard"
(GB13271-2001)
Jinzhou Guanda
Heating Power Co.,
Ltd
sulfur dioxide 400 900 177
Particles (TSP) 30 200 169.9
The concentrations of SO2 and dust emissions in heat plant have both met the
requirements of national standard "boiler air pollutant emission standard"
(GB13271-2001).The concentration of SO2 emission has met the requirements of World
Bank thermal power plants Environmental, Health and Safety Guidelines (EHS), but the
dust emission concentration is higher than the requirements of World Bank thermal power
plants Environmental, Health and Safety Guidelines (EHS).Currently, the ceramic
multi-tube dust cleaner with the collection efficiency of 95 % is used in Guanda Heating
Power Plant; if dust removal system transformation is carried out as per the reference of
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EHS standards, greater investment and increased operating costs will be rendered though,
and the implementing is much more difficult considered from the economic perspective.
4 Environmental Impact Analysis The negative environmental impacts of the project are summarized in this chapter,
and the information comes mainly from the environmental impact report in this project.
4.1 STATUS OF ENVIRONMENTAL QUALITY
( 1 ) Ambient Air Quality
According to 2012 Annual Report on Environmental Quality of Yixian, Yixian urban
ambient air quality is as follows:
Annual average of sulfur dioxide in Yixian County is 0.033mg/m3, which reached the
Level 2 Standard in "Ambient Air Quality Standard" (GB3095-2012).
Annual average of nitrogen dioxide in Yixian County is 0.064mg/m3, which exceeded
the 0.6 time of Level 2 Standard in "Ambient Air Quality Standard" (GB3095-2012).
Annual average of PM10 in Yixian County is 0.098mg/m3, which exceeded the 0.4
time of Level 2 Standard in "Ambient Air Quality Standard" (GB3095-2012).
The peak concentrations of the above main atmospheric pollutants mainly appear in
winter, which has a certain relation with the scattered small heating boilers within the city,
and the relatively higher nitrogen dioxide in each month throughout the year may be
associated with the increasing of motor vehicle exhaust emissions.
( 2 ) Quality of Acoustic Environment
Sound quality of the environment was measured by Yixian environmental monitoring
stations from 22 July 2013 to 23 on the status of the noise in Yixian; the measurements
was carried out once at day and night respectively, which was 10:00 at daytime, and 22:00
at night. Noise monitoring results are shown in Table 4-1.
Status value of each noise monitoring sites can meet the standards of "Environmental
Quality Standard" (GB3096-2008).
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Table 4-1 Status of noise monitoring results
N
o.
monitoring
locations standard dB (A) noise dB (A) on July, 22 noise dB (A) on July, 23
1 Sunny Garden
Community
daytime 60,
nighttime 50
daytime 53.8, nighttime
43.9
daytime 53.6, nighttime
44.1
2 Xinghua Garden
Community
daytime 60,
nighttime 50
daytime 51.1, nighttime
42.8
daytime 52.6, nighttime
43.1
3
Happiness
Garden
Community
daytime 60,
nighttime 50
daytime 54.2, nighttime
43.5
daytime 53.9, nighttime
43.7
4 vocational high
school
daytime 55,
nighttime 45
daytime 52.7, nighttime
42.1
daytime 53.1, nighttime
41.8
5 Longteng
Garden
daytime 55,
nighttime 45
daytime 53.5, nighttime
43.2
daytime 52.1, nighttime
44.3
6 Shuxin Garden daytime 60,
nighttime 50
daytime 52.8, nighttime
40.4
daytime 50.9, nighttime
40.0
7 National Tax
Bureau
daytime 55,
nighttime 45
daytime 53.9, nighttime
43.8
daytime 51.8, nighttime
42.0
4.2 ENVIRONMENTAL IMPACT ANALYSIS DURING
CONSTRUCTION PERIOD
( 1 ) Atmospheric Environmental Impact Analysis
The dust generated in the construction is a major air pollution environmental problem,
it mainly generated in earthwork excavation, piling, material transport, road demolition,
earthwork backfilling, pavement restoration and during vehicle transport; fuel emissions
produced in the construction machinery, and the main emitted pollutants are CO, NO2.
In the construction site with the wind speed ≥ 3.5m /s and relative humidity ≤ 60%,
the dust impact strength and scope is listed in Table 4-2.
Table 4-2 Impact Degree and Scope of Construction Dust
field distance m 10 20 30 50 100
Dust concentration
in mg/m3
10.14 2.89 1.15 0.86 0.61
Construction site dust is mainly produced by transport vehicles, accounting for 60%
of total dust, and is related to the road surface and the speed of the vehicle; under normal
circumstances, the impact scope of construction site and construction of roads under the
effect of natural wind is within the range of 100m.
During the construction, the road with the vehicle driving should be sprayed with
water to suppress dust, which can reduce dust by 80 %. The dust impact after the
construction site dust suppression sprinkler is shown in Table 4-3.
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Table 4-3 Dust impact after the construction site dust suppression sprinkler
field distance m 10 20 30 50 100
Dust concentration after
watering in mg/m3
2.01 1.40 0.67 0.27 0.21
Table 4-3 shows that the watering on the construction site and roads for transport can
effectively prevent dust, and the dust concentration in the 50m is of 0.27mg/m3, which can
meet environmental standards.
Due to the shorter construction period, and under the circumstance that the
construction unit took the above measures in the construction process, the impact of
construction dust on surrounding residents is smaller. And with the end of the construction
period, dust impact will disappear.
(2)Water Environmental Impact Analysis
Sewage generated by construction workers on site is the main sources of water
pollution during the construction period of the project. For the different stages of the
construction period, the construction numbers typically ranges from dozens of people; if it
is calculated by 50L / person • d for the daily domestic water consumption of construction
workers, and the amount of sewage generated is calculated as 80% of the total water
consumption, then the average person discharge sewage is 40L / person per day. CODcr
generated by analogy was 240mg / L, BOD5 was of 150mg / L, ammonia was of 25mg / L.
During the peak construction, the project construction site sewage and pollutant emissions
per day are shown in Table 4-4.
Table 4-4 Domestic Sewage and Pollutant Emissions of Construction Staff
Construction workers
(max) (person)
water
consumption
(t/d)
wastewater
volume (t/d) CODcr(kg/d) BOD5(kg/d)
ammonia
nitrogen
(kg/d)
110 5.5 4.4 1.06 0.66 0.11
If the above domestic sewage is directly discharged, it will pollute the water
environment where the area is; therefore, construction workers should try to take
advantage of nearby health facilities, canteens sewage settling ponds of oil removal and so
on, due to the short construction period, basically no impact will be imposed to water
environment where the area is.
( 3 ) Solid Waste Environmental Impact Analysis
The solid waste generated during the construction period of the project are mainly
15
domestic waste generated by construction workers, and the construction waste generated
during the construction period, such as packaging bags, construction scraps and waste heat
network cables etc.The domestic waste is processed at the urban waste yard after waste
collection. The packaging bags, construction scraps and waste heat recovery network
cables shall be recycled by the construction unit.
In this project, the excavation earthwork is 38×104m
3, and backfill earthwork is
34×104m
3 and the excess earthwork is 4×10
4m
3. Currently, many real estates in Yixian are
under construction, which demands for larger earthwork; and the excavated spoil in this
project will be used as construction fill, which will not be discharged.
The small boiler as a replacement in this project was built in from 2008 to 2009, when
asbestos is no longer used as an insulation material, but the old pipeline was built in the
1990s, as part of it still use the asbestos as the insulation materials, a series of measures
should be taken to prevent an impact on the environment caused by the asbestos removal,
as shown in Table 5-1. When asbestos materials are found in removing small boilers, it
should also process as the disposal method of asbestos in accordance with Table 5-1.
All solid waste generated during the construction period of the project can be
effectively recycled or disposed of, which causes less impact on the environment.
( 4 ) Acoustic Environmental Impact Analysis
During the construction period, the main machinery such as the excavators, rollers
and trucks will produce loud noise. The noise of main construction machinery and
equipment is shown in Table 4-5.
Table 4-5 Noise of main construction machinery and equipment
No. Name of construction equipment average noise level 10m from the equipment
[dB (A)]
1 Excavator 82
2 bulldozer 76
3 cranes 82
4 Road Rollers 82
5 heavy trucks 85
Construction noise impact on the surrounding area acoustic environment should be
evaluated by using the "Construction Site environmental noise emission standard"
16
(GB12523-2011); and the standard value is daytime 70dB (A) and nighttime 55dB (A).
Take the heavy-duty trucks in Table 4-5 for example, which has the highest noise level,
the situation of its reduced operating noise after the distance is increased, as shown in
Table 4-6.
Table 4-6 Attenuation values of Construction Noise with the Distance
Distance (m) 1 10 50 100 150 200 300 400 500
Noise level [dB
(A)] 85 65 51 45 41 39 35 33 31
The noise generated by construction will have a greater impact on the first row of
buildings of residential areas, school, along the road construction pipes which are near the
heat exchange stations. To prevent construction noise impact on residents at nighttime,
construction at nighttime is prohibited at noise sensitive areas of residential areas and
hospitals etc; known from the calculation of the results in Table 4-6, the exceeding area of
daytime construction machinery noise is within 10m. In addition, the construction period
of the project is relatively shorter; the using time of various types of construction
machinery is also shorter. With the end of the construction, the impact on the environment
will disappear, therefore, the impact on the acoustic environment caused during the
construction period of the project is less.
( 5 ) Traffic Impact Analysis
The impact on traffic caused by the project during its construction period is mainly
reflected in the construction part of the pipeline, which is shown in the following three
aspects:
Broken pipeline construction road will hamper traffic;
The excavation of earth piled up and roads will hamper traffic;
The increase of transport vehicles will increase the traffic on the road.
Pipeline construction will cause some impact on road traffic, although the stage
construction methods can be adopted, some earthwork in the construction process still
needed to be temporarily piled up, which will pose impact on traffic along the road of
pipeline construction. When the pipeline pass through the road, the slotting method should
be adopted for non-main road, and it’s easy to make the vehicles on the road blocked,
17
which will pose a greater impact on traffic conditions, but the average construction time of
the pipeline crossing the road is no more than seven days, so the impact of pipeline
construction on traffic should be controlled within 7 days. The pipeline laying in this
project is carried out mainly on the sidewalk with closed construction, and then no vehicle
diversion or obstruction would occur, which would not pose affect on the road traffic.
However, the construction time should be reduced, and the residents should walk
frequently on the road and residential areas as possible to prevent interference of residents
going out. For the impact on the street shops and pedestrians, the temporary access and
exit can be set with the timely public announcement of bypassing, and enclosure should be
set to protect the safety of pedestrians.
The traffic amount in this project is not big, and there’s no centralized transportation,
so little impact will be caused on city traffic.
( 6 ) Ecological Impact Analysis
The designed excavation width of pipeline is 2.5m, and pipeline construction
temporary occupation of land is about 29.5hm2, both are open space and sidewalks along
both roads. The construction process does not destroy the green space, due to the short
construction period, the land occupation is temporary, after the end of construction, the
situation of land occupation will come to an end. All pipes are laid under the ground,
without passing through the sensitive environmental goals such as the scenic spots, nature
reserves and so on.
Among the newly built 27 heat exchange stations (including 10 heat exchange
stations) in this project, 11 of which are proposed to set up in the buildings, and the other
16 heat exchange stations take a land occupation of about 2600m2, and the occupation is
mainly the unused land near the school and the newly built community.
After the completion of the project, the greening and beautification work around heat
exchange station should be done; should the vegetation is destroyed in the construction, it
should be restored to its original appearance after the end of the construction period as
soon as possible.
( 7 ) Pipeline Risk Analysis
Pipeline construction is located in one side of the city trunk roads, and municipal
pipe network are under both sides of the ground (water and drainage network).The main
18
risk factors during the construction period are improper construction, resulting in breakage
of the municipal pipe network and leaks thereafter. Currently, there is no gas pipeline
network in Yixian County, so the construction will not bring the environmental risks of
gas pipeline leakage.
Prior to the construction, the construction program should be confirmed with the
municipal water and sewer pipe network management departments to ensure that the
heating pipe network construction would not affect it.
( 8 ) Impact Analysis of Pipeline Across the River
The pipeline construction project would pass through 3 sections of the artificial river,
in which one is erected along the bridge bottom, and two are adopted with the river
excavation method. Artificial river is the flood control project for the Daling River in
Yixian. The river length is 5080m, at present, the urban section is undergoing the
comprehensive management project, and the river sections through which the project will
pass is currently in the dry state. If the river way is excavated when there is water in the
river, the slurry produced will have an adverse impact on the artificial river water, but also
a certain extent on the river sediment and aquatic organisms in rivers and ecological
environment. At this time, rivers closure should be made to assure no impact would be
rendered to the water. Construction time should be selected in the winter or dry season,
which can reduce the impact of construction on the river and aquatic organisms. In
addition, the construction process time should be minimized in the river.
4.3 ENVIRONMENTAL IMPACT ANALYSIS DURING
OPERATION PERIOD
Acoustic Environmental Impact Analysis
Most of the heat exchange stations drafted to be transformed and newly built in the
project are located in residential areas at noise-sensitive points, and the equipment noise
generated by heat exchange station may have some impact on the surrounding residents.
Noise pollution control measures to be taken in heat exchange stations are listed as
follows:
19
All heat exchange stations are required to select high-quality low-noise equipment,
and the noise source strength of building heat pump station shall not exceed 55dB
(A);
Noise equipment should not be connected with building body;
The damping foundation base should be done, and shock absorbers should be installed
to reduce sound transmission from vibration; pump inlet and outlet should be
connected with a rubber hose; additional concrete base should be set at the bottom of
the heat exchanger unit, and additional damper should be set between the base and the
ground and the walls to eliminate the impact of low frequency sound outside the
structure.
( 1 ) statistics of status quo of the acoustic environment around heat exchange stations
The project includes 17 newly built regional heat exchange stations and 10 building
heat exchange stations at Junyu Huating Community, which is intended to use the location
of existing four demolished boiler rooms to build 2 #, 3 #, 4 # , 17 # region heat exchange
stations.
Noise would be generated in the process of heat exchange stations running, which
would pose impact on the surrounding environment sensitive points within a certain
range.17 regional heat exchange stations and 10 building heat exchange stations of Junyu
Huating Community in this project area are planned to be built in the vicinity of
residential and office buildings, among which, 9 of the building heat exchange stations in
10 of Junyu Huating Community are set in residential buildings, one is in the integrated
building of the community (complex building includes distribution room and property
management office). For these unbuilt heat exchange stations, the EIA shall propose
control requirements concerning the distance and construction form between the heat
exchange stations and noise-sensitive buildings.
( 2 ) Noise Prediction at Heat Exchange Stations
1 ) Statistics of noise emission sources strength
According to heating area and building height of various heat exchanger stations, the
heat exchanger unit types in this project will be divided into three kinds, each heat
exchanger unit noise equipment is: 1, three circulating pumps and one constant pressure
20
water pump station (Newly built 7 #, 16 #); 2, two circulating pumps and one constant
pressure water pump station (Newly built # 1 , # 2, 6 #, 9 #, 10 #, 11 #, 12 #, 13 #, 15 #,
and # 2); 3, one circulating pump and one constant pressure water-make up pump (newly
built 3#, 4#, 5 #, 8 #,14 #, and 17 # )."Cold standby" mode shall be used for both the water
circulating pump and constant pressure water make-up pump for each heat pump station,
that is the water circulating pump and constant pressure water make-up pump of the same
type will be stored in the station respectively as a backup. According to analog data
provided by equipment manufacturers, after taking damping measures, interior noise
source strength when the noise devices are operating is shown in Table 4-7, and the
outdoor noise sources strength is shown in Table 4-8.
Table 4-7 Indoor Noise Source Strength of Devices unit:dB(A)
No. main noise
equipment
measuring point
distance (m)
noise
reduction
measures
noise reduction
effect noise level
1
circulating pump
at regional heat
exchange station
1
measure of
vibration
mitigation 10~15 80
2
constant pressure
water make-up
pump at regional
heat exchange
station
1
measure of
vibration
mitigation 10~15 80
3
circulating water
pump at building
heat exchange
station
1
measure of
vibration
mitigation 10~15 55
21
Table 4-8 Exterior noise source strength of devices units Unit: dB(A)
Source strength
equipment and number of
main source of noise during
operation period
Sound level at 1m
(L1) of indoor
maintenance
structure
Sound level at 1m (L2)
of outdoor maintenance
structure
heat exchanger units of
regional heat exchange
station
1 set of circulating pump
station
1 set of constant pressure
water make-up pump
station
83 63
2 sets of circulation pump
1 set of constant pressure
water make-up pump
station
85 65
3 sets of circulating pump
stations
1 set of constant pressure
water make-up pump
station
86 66
heat exchanger units of
building heat exchange
station
1 set of circulating pump
station 55 40
2 ) Prediction Method
① Sound Pressure Level (SPL) of outdoor sound source at prediction point
Loct®= Loct(r0)-20lg(r/r0)-△Loct
Where: Loct®、Loct(r0)—SPL at the distance of sound sources of r, r0, dB;
r、r0—distance of prediction point to sound source, m;
Loct—various decrement, dB.
If the octave frequency band sound power level of the known sound source is Lwoct,
and the sound source can be seen as located on the ground, then
Loct®= Lwoct-20lgr0-8
② SPL of an indoor sound source near the envelope structure
Loct,1=Lwoct+10lg(2
4 r
Q
+
R
4)
Where : Loct,1—SPL generated near the envelope structure of an indoor sound
source, dB;
Lwoct—Sound power level of a sound source, dB;
r1—the distance of an indoor sound source to the location near the envelope
22
structure, m;
R—Room constant, R=
1
S;
S—Interior total surface area, m2;
—average absorption coefficient, =S
qS i;
Q—directivity factor.
③equivalent outdoor sound level
The sound level of the outdoor Loct,2(T)and acoustic transmission area is converted
into the equivalent outdoor sound cources, and the sound power level Lwoct of the
equivalent sound source can be calculated.
Lwoct=Loct, 2(T)+10lg(S)
Where: S—acoustic transmission area, m2。
④sound level generated at the prediction point of equivalent outside sound source
Loct(r)=Lwoct–20lg(r)-△Loc
Where: Loct(r)—sound level generated at the prediction point of equivalent outside
sound source, dB;
r—distance of prediction point to the sound source, m;
Loc—decrement caused by various factors, dB.
⑤formula for predicted noise value at evaluation point
)1010lg(101
1.01.0
n
i
LiLL 本
Where: L——evaluation point noise prediction point, dB(A);
Lbackground——noise background value at evaluation point, dB(A);
Li——impact value of i sound sources to the evaluation point, dB(A).
3 ) Environmental Protection Measures Taken
To reduce the noise generated by heat exchange station during operation period, all
the noise equipment of circulation pumps and water make-up pumps for 17 newly built
regional heat exchange station of the project are arranged under the ground; according to
23
the analogy analysis, if the noise equipment is arranged under the ground, then the noise
source strength at heat exchange station can be reduced of 25dB (A). In addition, among
10 newly built building heat exchanger stations, one is set up in the complex building
(complex building includes distribution room and property management office) of the
community proposed to be built, heat exchange stations are set up in the position more
than 15m from residential buildings; and the heat exchanger units of the other nine
stations buildings are set up in the first floor of each residential building; according to the
current architectural design, the first floor residential building is the garage or shop to
prevent noise impact on residents; the rock wool board of the internal and external walls
of heat exchange station and the room top will be thickened one time, and
sound-absorbing composite panels of the size 2 × 15mm will be added to the top of the
room and internal walls; sound-absorbing composite panels of the size 1 × 15mm for the
external walls and insulation board of 70mm will be set outside the building with the
installation of soundproof windows and doors, and the sound level at 1m outside the
structure of the outdoor maintenance should be controlled at the level ≤ 35dB (A).。
4 ) Acoustic environmental impact analysis of heat exchange station
Under the condition that the noise source of regional heat exchange station is set
under the ground and noise reduction measures have taken for the 1 # to 9 # building heat
exchange station rooms, and the noise source strength statistics is shown in Table 4-9.
24
Table 4-9 noise source strength of heat exchange station after noise reduction measures
Source strength
Main noise equipment and
number during operation
period
Sound level at 1m
(L1) of indoor
maintenance
structure
Sound level at 1m (L2)
of outdoor maintenance
structure
heat exchanger units of
regional heat exchange
station
1 set of circulating pump
station
1 set of constant pressure
water make-up pump
station
63 38
2 sets of circulating pump
stations
1 set of constant pressure
water make-up pump
station
65 40
3 sets of circulating pump
stations
1 set of constant pressure
water make-up pump
station
66 41
heat exchanger units of
building heat exchange
station
1 set of circulating pump
station 55 ≤35
Table 4-9 shows that after the noise equipment is set under the ground, the noise
contribution values at the heat exchange stations to the ambient environmentally sensitive
construction can both meet the daytime and nighttime values Class 1 standard in acoustic
environment; after the measures of thickening of walls and floor slabs, installation of
sound-absorbing materials as well as sound insulation windows and doors for the building
heat exchange station installed in 9 residential buildings, there is basically no impact on
the residents.
Table 4-8 shows that, sound level at 1m of 10 # station outdoor maintenance structure
of the building heat exchanger unit station is 35dB (A). By analogy analysis, if the
distance between the heat exchange station and residential buildings is more than 15m,
and considered from the perspective of vibration, noise etc, the impact on the residents
from the heat exchange stations are smaller.
The detailed environmental protection measures to be taken for the heat exchange
station are listed in Table 5.2.
( 3 ) Conclusion
On the basis of taking the above environmental protection measures of shock
absorption, noise reduction, the heat exchange station in this project would basically pose
25
no impact on the sensitive buildings around the residential buildings during its operation
period.
2. Water Environmental Impact Analysis
The 17 newly built heat exchange stations in the project are set with softened devices
with the water filling quantity of 102m3/h, and will generate wastewater 15.3 m
3/h, and
the annual drainage is of 54713m3 / a, it is discharged into the Yixian urban sewage
treatment plant (Yixian Beikong Water Service Co., Ltd.) through the municipal pipe
network.
The project is added with the capacity of 52 people, and there will be domestic
sewage. Daily domestic water consumption is 5.2m3, and the sewage generated daily is
3.64m3 and the sewage is discharged into Yixian sewage treatment plant (Yixian Beikong
Water Service Limited Company) through municipal sewage pipe network.
Yixian urban sewage treatment plant was built in 2008, which treating mainly with
domestic sewage and industrial waste of Yixian County; the treatment scale of project in
Phase I is daily treatment of 15000m3, the factory covers an area of 54000m
2. The sewage
treatment plant passed the environmental protection acceptance in July 2010, and is
currently operating normally; Its main pollutant emissions can meet the standard limits
value of Class 1, A in national standard "Urban sewage treatment plant pollutant discharge
standard" (pH:6-9, CODcr: 50mg/m3, BOD5: 10mg/m
3, ammonia nitrogen 5mg/m
3,
SS10mg/m3). After investigation of the sewage treatment, the daily sewage treatment
capacity is 12000m3, which can achieve discharge standards and fully adapt the drainage
in this project.
3. Solid Waste Environmental Impact Analysis
After completion of the project, the labor quota of 52 people will be added, and there
will be waste generation at the amount of 19t/a; the domestic waste will be collected by
the sanitation department to the waste treatment plant for unified treatment.
26
5 Environmental Impact Mitigation Measures In accordance with the environmental impact assessment documents and combined
with the characteristics of the project, and based on the analysis of pollutants emission for
the project during its construction and operation period, and based on different types of
pollutants, and environmental impact mitigation plan is made at different times as is
shown in Table 5-1 to table 5-3.
27
Table 5-1 List of environmental impact mitigation measures during the construction period of the project
Stages Problems Mitigation Measures Mitigation Cost
(big or not) Responsible Unit Commencement Date
Construction
phase
noise
1. The construction plans and operations area
should be reasonably arranged, and construction at
night close to hospitals, residential areas and other
sensitive areas is prohibited.
2. Choose those low-noise construction
equipment.
3. For the nighttime construction in the business
district, it must apply to the People's Government
of Yixian and high-noise construction equipment
operating at night should be prohibited, and the
residents in the vicinity should be informed.
4. Construction equipment noise must meet the
requirements of "Construction Site Noise Limits
Value" (GB12523-2011), the requirement should
be included in the tender of construction unit.
5. Tracking and monitoring.
6. In the short distance from residential areas, the
construction segments should be effectively
blocked, such as erecting the construction fence.
7. Horns are prohibited for the transport vehicles.
150,000 Yuan
RMB
engineering
contractor
Jinzhou Guanda
Heating Power Co.,
Ltd and Yixian
Environmental
Protection Agency
dust
1. Formulate the sprinkler and dust suppression
system, in which regular watering every day
should be done to prevent dust in generation. In
dry and windy weather conditions, the watering
frequency and amount should be increased.
2. The closed fence with a height no lower than
stacking height should be set around the storage
yard of building materials.
3. At the entrances to the construction site, dirt
wheel washing facilities shall be provided to
protect vehicles from mud while driving away the
100,000 Yuan
RMB
28
site.
4. For the bulk material transport, it shall be
transported in canned or covered with tarpaulin.
5. The concrete mixing station at construction site
must be equipped within the dust removing
facility.
6. At the construction site, the temporary storage
warehouse for bulk materials should be set up or
covered with dust net to eliminate bulk materials
stock in the open air.
7. The construction waste should be removed in
time, and incineration of waste at the construction
site is prohibited.
8. Fences should be set at construction site to
reduce the spread of the construction dust.
Traffic break off
The impact on the traffic due to network
construction should be controlled within 7 days.
The pipeline laying in this project is carried out
mainly on the sidewalk with closed construction.
Then, no vehicle diversion or obstruction will
occur, which does not affect road traffic.
60,000 Yuan
RMB
Passageway
construction/use
1. Interference of residents going-out: to reduce
construction time and residents should choose
those frequently walked road and residential areas
2. Impact on the street shops and pedestrians: set
up a temporary channel and exit and timely
inform the public to take the bypass; set enclosure
to protect the safety of pedestrians.
100,000 Yuan
RMB
Cultural relics
Should any cultural relics are found during
construction, then the construction should be
stopped and notify the related departments.
Moving of any artifacts is prohibited.
30,000 Yuan
RMB
Solid waste
The solid waste generated during the construction
period of the project are mainly domestic waste
generated by construction workers, and the
250,000 Yuan
RMB
29
construction waste generated during the
construction period, such as packaging bags,
construction scraps and waste heat network cables
etc. The domestic waste is processed at the urban
waste yard after waste collection. The packaging
bags, construction scraps and waste heat recovery
network cables shall be recycled by the
construction unit. The earthwork construction
waste is used as the construction filling of other
projects, which will not be discharged to outside.
construction
wastewater
The wastewater sewage of construction workers
should be discharged into the city sewage
treatment plant via city underground water supply
network by making full use of the facility around.
Construction is prohibited in rainy days, and
appropriate measures shall be taken when piling
up the earthwork to prevent block the let-down
systems; oil spills should be prevented in
machinery equipment; arbitrary emission of
sewage to the outside is prohibited.
30,000 Yuan
RMB
insulation tube
The tender shall indicate that the used
pre-insulated pipe shall not contain the blowing
agent which is inconsistent with the commitment
of China in the "Montreal Protocol".
-
Affect the river
water quality and
flood discharge
capacity
Currently, there is no water in the river, if there is
water in the river way when construction is under
way, then river closure shall be conducted to
assure river water is not impacted. Construction
time should be selected in the winter or dry
season, which can reduce the impact of
construction on the river and aquatic organisms.
In addition, in the construction process, the
construction time in the river shall be minimized.
120,000 Yuan
RMB
Remove the old
small boiler pipe
120,000 Yuan RMB
1. The operator may participate in asbestos
engineering
contractor and
30
network asbestos
insulation materials
removing after the inspection and meet the
protection requirements.
2. Warning signs should be set up at construction
site.
3. Watering before dismantling.
4. Before working, the removing personnel shall
wear dust proof masks and put on protective
clothing.
5. Develop specific programs and the removing
shall be conduct in the holistic demolishing
method.
6. Safety fences shall be set at operating point,
irrelevant personnel is prohibited in entering.
Professional and technical personnel shall be
designated for responsible for commanding the
site.
7. After the asbestos is removed, they should be
collected in sealed bags, and then put into the
dedicated asbestos cement sealed cans with
cement poured and cement tank sealed. And they
shall be transported to a qualified hazardous waste
landfill for permanent deep processing.
8. After the removal of asbestos, Shenyang
Zhenxing Solid Waste Disposal Co., Ltd is
responsible for collecting and processing, the
company has the qualification of disposing the
hazardous waste; should the asbestos were found
in the removal process of other projects, the
company shall also be responsible for the
collection of solid waste and treatment.
Shenyang
Zhenxing Solid
Waste disposal
Co., Ltd
ecology
Minimize the land occupation. The design should
be rational to narrow operation face width, which
will reduce the impact of vegetation and soil
structure to a minimum. During the construction
period, various construction machinery and
250,000Yuan
RMB
engineering
contractor
31
equipment should be placed in strict accordance
with the design specified location without
arbitrary stacking. When digging the trench, the
excavated soil should be stacked on two sides of
the trench by surface soil (earth surface 10 ~
30cm) and subsoil, and covered to prevent water
erosion and soil erosion due to rain wash and
windy days; when the earth is backfilling, each
should be put back in its place, and the original
plant growth conditions should be kept as
possible. After construction, the greening planting
should be conducted of the surrounding areas of
heat exchange stations. Trees suitable for the
growth should be planted, and sowing and seeding
should be conducted.
others
The pipe laying should be combined with Yixian
municipal planning so as to avoid urban
environment pollution caused by the repeated
excavation; for the road sections of pipelines
laying, the burying situation of other underground
pipe network should be known in details, try to
avoid the damage to other municipal facilities due
to the construction of the project. Rainy season
should be avoided for the construction period.
50,000YuanRMB
32
Table 5-2 List of environmental impact mitigation measures during the operation period of the project
Phases Problems Mitigation Measures
Mitigation
Cost
(big or not)
Responsible
Unit Monitoring unit
peration
phase
noise and
vibration of
heat exchange
station
1. All heat exchange stations are required to select high-quality
low-noise equipment, and the noise source strength of building heat
pump station shall not exceed 55dB (A);
2. Noise equipment should not be connected with building body;
3. The damping foundation base should be done, and shock absorbers
should be installed to reduce sound transmission from vibration; pump
inlet and outlet should be connected with a rubber hose; additional
concrete base should be set at the bottom of the heat exchanger unit,
and additional damper should be set between the base and the ground
and the walls to eliminate the impact of low frequency sound outside
the structure.
4. In order to prevent an impact on the nearby noise-sensitive
residential building caused by ground heat exchange station
operations, the noise equipment of circulating water pumps and water
make-up pumps for the newly built areas of 1 # to 17 # should be
placed under the ground. The noise equipment shall be arranged far
away from residential buildings and other sensitive buildings;
5. It is proposed that newly built Junyu Huating building heat
exchange station 10 # station should keep a minimum distance of 15m
with the residential areas;
6. # 1 to # 9 building heat exchange station are set up in the first floor
of residential buildings, the rock wool board of the internal and
external walls of heat exchange station and the room top will be
thickened one time, and sound-absorbing composite panels of the size
2 × 15mm will be added to the top of the room and internal walls;
sound-absorbing composite panels of the size 1 × 15mm for the
external walls and insulation board of 70mm will be set outside the
building with the installation of soundproof windows and doors;
7. The orientation and arrangement of windows and doors as well as
noise equipment of circulating pumps, water pumps should be kept
away from noise-sensitive buildings; noise equipment and building
1.97million
Yuan RMB
Jinzhou Guanda
Heating Power
Co., Ltd
Yixian
Environmental
Protection Agency
33
body should not be connected , and vibration reduction measures shall
be taken to all the noise equipment of circulating pump stations and
constant pressure water make-up pumps in heat exchange station; the
vibration reduction foundation base should be done, and shock
absorbers should be installed to reduce sound transmission from
vibration; additional concrete base should be set at the bottom of the
heat exchanger unit, and additional damper should be set between the
base and the ground and the walls to eliminate the impact of low
frequency sound outside the structure.
8. The inlet and outlet of circulating pump and water make-up pump
should be connected with rubber hose to reduce noise.
9. Before the incoming of building heat exchange station pipes to the
building, the layout should be twined under the ground outside the
building to achieve the purpose of vibration reduction.
Domestic waste
of the work
staff
The domestic waste should be timely collected and sent to refuse
landfill of Yixian County.
50,000 Yuan
RMB/year
Domestic
sewage of the
work staff
It is mainly the staff domestic sewage, and the surrounding facilities
should be made full use to discharge into Yixian sewage treatment
plant through the municipal pipe network.
30,000 Yuan
RMB/year
Production
waste water
Wastewater generated by softening device of heat exchange station
should be discharged into Yixian sewage treatment plant through
municipal pipe network.
50,000 Yuan
RMB/year
34
Table 5-3 Demolition plan for the small boilers
No. Name of boiler
room Place boiler capacity (t/h)
number
of units
Shut down
time
Responsible
unit
1 boiler room in
Sunny Garden
North of
Zhu Rui
Road
1×15+1×10 2 2015
People's
Government
of Yixian
2 boiler room in
Xinghua Garden
North of
Yingbing
Road
1×10 1 2015
3 boiler room in
Happiness Garden
South of
Ying Bin
Road
1×10 1 2015
4
boiler room in
Vocational High
School
East of Jin
Fu Road 1×6 1 2015
Total 296 9
Disposal methods of hazardous waste removal (asbestos-containing small boilers):
1.The operation personnel may participate in asbestos demolition after
inspection and meet the protection requirements.
2.Warning signs should be set up at construction site.
3.Watering before dismantling.
4.Before working, the removing personnel shall wear dust proof masks and put
on protective clothing.
5.Develop specific programs and the removing shall be conduct in the holistic
demolishing method.
6.Safety fences shall be set at operating point, irrelevant personnel is prohibited
in entering.Professional and technical personnel shall be designated for
responsible for commanding the site.
7.After the asbestos is removed, they should be collected in sealed bags, and
then put into the dedicated asbestos cement sealed cans with cement poured
and cement tank sealed.And they shall be transported to a qualified hazardous
waste landfill for permanent deep processing.
After the removal of asbestos, Shenyang Zhenxing Solid Waste Disposal Co., Ltd is
responsible for collecting and processing, the company has the qualification of disposing
the hazardous waste; should the asbestos were found in the removal process of other
projects, the company shall also be responsible for the collection of solid waste and
treatment.
35
6 Environmental Monitoring Plan According to environmental monitoring plan, Yixian Environmental Monitoring
Station shall regularly prepare the monitoring reports and submit to the relevant
departments in order to facilitate the monitoring of the results of their audit.
1. The on-site monitoring, data analysis and statistics, monitoring reports shall be
responsible by Yixian Environmental Monitoring Station. Yixian Monitoring Station is
affiliated to Yixian Environmental Protection Agency (government agency), which is
responsible for routine monitoring of the quality of the local environment.
2. World Bank , municipal PMO, provincial PMO and external monitoring company,
owner (Jinzhou Guanda Heating Power Co., Ltd), Liaoning Provincial Environmental
Protection Bureau (government agency), Jinzhou Municipal Environmental Protection
Bureau and Yixian Environmental Protection Agency (government agency) shall be
responsible for receiving monitoring reports.
3. Jinzhou Guanda Heating Power Co., Ltd, shall be responsible for taking the
pollution mitigation measures during operation period; the construction unit shall be
responsible for the implementation of the pollution mitigation measures during
construction period, and shall be supervised by qualified environmental supervision
company (hired consulting firm).
See Table 6-1 to Table 6-2.
36
Table 6-1 Heat exchange station construction environment monitoring plan
Stages Monitoring Object Monitoring Locations Monitoring
Methods Monitoring Frequency
Monitorin
g Cost
(0.01
million
Yuan)
Responsible
Unit
Monitoring
Unit
construction
phase of
newly built
heat
exchange
station
noise construction site
the nearest populated areas noise meter
monitor once a week during
the day or monitor when
received complaint
0.3
Engineering
contractors
Jinzhou
Guanda
Heating Power
Co., Ltd. and
Yixian
Environmental
Protection
Agency
dust construction site visual Monitor once a week at dry
and windy weather 0.05
Construction
workers domestic
wastes
construction site visual Once a month 0.02
Change of runoff
mode due to land
levelling
construction site visual Once a week, continuous
monitoring in rainstorm 0.05
Transportation road
construction and use
along the transportation
routes visual
Monitor once a week when
the passageway is under
construction and in use
Monitor one after the
completion of construction
0.05
Accidental
discovery of cultural
property
construction sites, along the
passageway construction-
anywhere of excavation
visual continuous
0.02
Operational
phase
noise
exterior wall if heat exchange
station or near residential
community (complaints)
noise meter Once in heating season or
receiving complaints 0.05
Jinzhou
Guanda
Heating
Power Co.,
Ltd
Yixian
Environmental
Protection
Agency Construction
workers domestic
wastes
Location of the hear
exchange station visual Once a week 0.05
37
Table 6-2 Heating pipe network environment monitoring plan
Stages Monitoring Object Monitoring
Locations
Monitoring
Methods
Monitoring
Frequency
Monitoring
Cost (0.01
million
Yuan)
Responsible
Unit Monitoring Unit
Construction
phase
noise
At the road of
pipeline
the nearest
populated
areas
noise meter
Monitor each week in
the daytime , Monitor
once or after
receiving complaints
0.3
Engineering
contractor
Yixian
Environmental
Protection Agency
and Jingzhou
Guanda Heat Co.,
Ltd.
dust Pipeline
passage visual
Monitor once a week
at dry and windy
weather
0.05
Traffic break off
Pipeline
passage
Along the
commercial
network
visual weekly 0.05
Passage construction
and use
Along the
passage visual
Monitor once a week
when the passageway
is under construction
and in use Monitor
one after the
completion of
construction
0.05
vegetation deterioration Along the
pipe network visual
Monitor once each
week during
construction period
Monitor one after the
completion of
construction
0.02
38
Cultural property
Pipeline
passage
Anywhere
excavated
visual
Monitor once a week
at dry and windy
weather
0.02
Removal of
non-hazardous waste
(stones, etc)
Dumping site visual
Twice or three times
during demolition
period
0.02
The chemical property
of foam foaming agent
of insulation tube
comply with China's
commitments in the
"Montreal Protocol"
When the
insulation
tubes arrived
at site
review of the
technical
specifications in
delivery
document
Conduct once when
the insulating tubes
are delivered
0.01
Construction workers
domestic wastes
construction
site visual construction site 0.02
39
7 Training Programme
For the successful and effective implementation of the project, training of
environmental knowledge and skills shall be conducted for all employees, in
particular, construction personnel. In addition to the interpretation of importance of
the proposed project and the significance of implementation to all the staff, then
training with different emphases targeted for staff at different positions should also be
conducted; the training should be carried out in the methods specifically based on
different environmental management layers and the importance of environmental
protection positions, and the specific training program is shown in Table 7-1.
Table 7-1 Environmental Protection Technician Training Program
Personnel Training content Method
Number
of
People
Time
(day)
Cost (0.1
million)
Renminbi
Construction
phase
Construction
environmental
protection staff
Environment basic
theory and
monitoring
methods, preparing
monitoring reports,
position training,
and project
environmental
management plan
Domestic
Training 8 2 4
Construction
period
Environment
Supervisors
Environmental
protection
regulations,
construction
planning,
environmental
monitoring
standards and
norms, as well as
domestic project
environmental
management plan
Domestic
Training 4 2 12
40
Operation
period
Environmental
Operations staff
of operation
period
environmental
protection
regulations and
project
environmental
management plan
Domestic
Training 2 1 2
Pump station
domestic noise
control and
monitoring
technology
Domestic
Training 2 1 2
Environment
domestic noise
control and
monitoring
technology
Domestic
Training 2 2 2
In total - - - - - 22
8 Reporting System
8.1 MONITORING REPORT
8.1.1 Content of Monitoring Reports and Submission Method
Monitoring report is divided into monitoring report of construction period and
operation period.
Construction period: Environmental Supervision is in its supervision report,
which should be recorded in the monthly EMP implementation, what are the
environmental protection problems and their causes, which measures shall be taken
and treatment effect, etc.
Operation period: municipal PMO or commissioned advisory body, which should
be recorded in the monthly EMP implementation, what are the environmental
protection problems and their causes, which measures shall be taken and treatment
effect, etc.
Content report:
Instructions of monitoring sites, sampling time and monitoring factors.
41
According to the corresponding standards, the monitoring results of the corresponding
period of monitoring section of construction and operation period shall be analyzed
and evaluated.
According to the monitoring results, the implementation effect of environmental
mitigation measures shall be evaluated.
Discussions and consultation shall be conducted with environment supervision
institutions and environmental impact assessment group, and those ineffective
mitigation measures shall be improved or replaced.
Report submission method:
Municipal Project Management Office (PMO): responsible for submitting
Monitoring Report and information of EMP implementation to the Provincial Project
Management Office (PMO) in accordance with the submission progress of monitoring
reports in 8.1.2.
Provincial Project Management Office (PMO) and its external supervision
Company: responsible for sending the monitoring report and the implementation of
the EMP submitted by Municipal Project Management Office (PMO) to the World
Bank.
8.1.2 Submission Time and Receiving Unit of Monitoring Reports
( 1 ) Submission of monitoring reports:
For construction phase, the periodic monitoring report shall be submitted as per
the construction progress of each quarter, and submit a comprehensive report after
construction;
For operation phase, the quarterly report shall be submitted each quarter, and an
annual report shall be submited.
( 2 ) Monitoring report accepting unit:
Monitoring reports receiving units are Liaoning Provincial Environmental
Protection Office, Municipal PMO, provincial PMO and its external supervision
42
company, Jinzhou Municipal Environmental Protection Bureau, Yixian Environmental
Protection Agency, Jinzhou Guanda Heating Power Co., Ltd and the World Bank.
8.1.3 Feedback Requirements fro Monitoring Report
Each receiving unit shall give feedback within one month upon the receipt of
monitoring report.
During the feedback period, the receiving unit will analyze and evaluate the
content of monitoring reports, confirm if environmental mitigation measures are
reasonable and effective and make arrangements for the next step with the provision
of the corresponding requirements.
During the feedback period, the receiving unit would also propose the
improvements suggestions and adjustment program of environmental mitigation
measures (if necessary).
8.2 RECORD AND EMP IMPLEMENTATION ANNUALS
8.2.1 Record System
In order to ensure the effective running of an environmental management system,
the owner Sea City Urban Construction Investment Co., Ltd. shall establish a sound
recording system, and keep the record of the following areas: legal and regulatory
requirements; license; environmental factors and the related environmental impact;
training; inspection, checking and maintenance activities; monitoring data;
nonconformity; effectiveness of corrective and preventive measures; information of
relevant parties; audit; assessment. In addition, necessary control shall be carried out
for the above various types of records, which includes the aspects of record
identification, collection, cataloging, archiving, storage, management, maintenance,
query, shelf life, disposal and so on.
8.2.2 EMP Executive Report
The Owner Jinzhou Heating Power Co., Ltd. shall conduct the detailed records of
EMP implementation and timely report to PMO; The project progress reports prepared
43
by the PMO (e.g. monthly, quarterly, annual report etc.) must be include the content of
EMP progress, such as the implementation progress and effect of EMP; and the
annual EMP implementation report shall be completed prior to the time required by
the World Bank and submit to the World Bank.
EMP implementation report may include the following main content:
Implementation of training programs;
Project status;
whether there are public complaint, if the complaint occurred, then the main
details of the complaints, solutions and public satisfaction shall be recorded;
EMP implementation plan for next year.
9 Public Participation Programme
9.1 PUBLIC PARTICIPATION
9.1.1 Purpose
Public participation refers to the contact and communication between project
construction unit through the environmental impact assessment and the public, which
is one of the important parts of the environmental assessment work, and is also an
effective way to improve decision-making. The purpose of public participation is to
understand and master the views and requirements of the public construction projects
for public participation. By reflecting the various aspects of public participation to the
related departments, the construction projects can be fully recognized by the general
public, while a more comprehensive understanding of public construction projects can
be achieved, so as to reduce or eliminate the concerns about the impact of
construction projects. Public participation will play an important role for the
environmental protection measures and countermeasures taken by the construction
project.
Through the public participation, their environmental rights and interests can be
maintained and responsibilities and obligations of environmental protection can be
fulfilled, which further guarantees the formation of a good social atmosphere and
achieve the intended environmental objectives. The survey of public participation
44
shall be carried out in strict accordance with the "Interim Measures for Public
Participation in Environmental Impact Assessment" issued by State Environmental
Protection Administration on February 14, 2006.
9.1.2Information Disclosure
Combined with the actual situation of the current project, this public
participation should be conducted in the form of disclosure of environmental
information in Jinzhou Daily and the website of environmental impact assessment unit
and post the notice in the surrounding neighborhoods of the project.
9.1.3 Public Participation Form
The evaluation of public participation is carried out in the form of publishing in
the newspaper, website publicity, posting announcements, as well as issuing public
questionnaire to ask for the comment, suggestions and requests from the general
public, especially those directly under the impact of the proposed project, and answers
difficult issues raised by the public and answer mitigation measures to solve
environmental problems.
To fully understand the opinions of the impact of projects by the public and
satisfaction of the environmental impact mitigation measures, the specific measures of
public participation taken by EIA are as follows:
( 1 ) The publicity situation of this project
In the early stage of the EIA for the report, the construction situation of the
project was published on 18 July 2013 in Jinzhou Daily. There are no phone calls and
letters received within ten working days of publicity period, the contents can be seen
in Figure 9-1.
45
Figure 9-1 The first newspaper publicity information of the project
( 2 ) The second publicity situation of this project
On August 5, 2013, construction unit published the EIA situation and the method
of obtaining the environmental impact statement abridgement in the project by
Jinzhou Daily and the website of Environmental Planning Institute of Liaoning
Province, and published the environmental impact statement abridgement on the
website of Environmental Planning Institute Co., Ltd, Liaoning Province. Meanwhile,
notices are posted in the vicinity of the construction area. There are no phone calls
and letters received within ten working days of publicity period, the contents can be
seen in Figure 9-2 ~ 9-4.
Figure 9-2 The second newspaper publicity information of the project
46
Figure 9-3 Website Publicity Screenshots
47
Figure 9-4 Post Announcements Situation
( 3 ) Issuance of public participation questionnaire
After completion of environmental impact statement, the public participation
questionnaire was issued to the general public in the residential area and unit of the
project.
48
9.1.4 Issuance Scope of Public Participation Questionnaire
The survey scope of public participation is mainly the residential area in the
vicinity of pipeline project, and the newly built heat exchange station, also includes
some residents frequently passing by along the pipeline, as well as existing residents
near the heat exchange station. In order to fully reflect the confession comments on
the project, emphasis was on the coverage of the respondents for the choice of
respondents, and various levels were covered such as the age structure of respondents,
level of education and occupation.
9.1.5 Content of Public Participation Questionnaire
First, project profiles and public participation questionnaires should be prepared.
Project profile describes the detailed overview of projects to the public, the pollution
that may arise in the course of construction and the measures taken for pollution
prevention. The education quality and profession of the respondents are taken into
account in the questionnaire; the contents are determined to facilitate the answering
and fill-out. Then take visits, surveys and fill-out of the form. Finally, the survey
results should be summarized and statistically calculated, analysis of public opinion of
participation in the survey of the project and other aspects of the views and wishes
and so on.
9.1.6 Statistics Result of Public Participation Questionnaire
It is the first time to conduct the public participation to visit the existing
residents and those around the heat exchange stations, and residents and units along
the pipe network construction; a total of 50 copies of the questionnaire were issued
and 50 valid questionnaires were collected, and the survey results of public
participation are shown in Table 9-1 and Table 9-2.
49
Table 9-1 Structure statistics of public participation personnel for the first time
No. Survey content
Statistical results
Number of
people (people) Ratio (%)
1 Degree of
education
Primary school 0 0
Middle school 12 24
Universities and
above 38 76
2 Profession
Cadre 29 58
Worker 17 34
Farmer 2 4
Businessman 2 4
Students 0 0
3 Gender Male 20 40
Women 30 60
Table 9-2 Table of statistical result of public participation personnel for the first time (Unit:
Number of people)
What are your views on the
environmental quality in the area of
the project?
Ambient air good(17) acceptable(11)
average(18) poor(4 )
Water
environment
good(17) acceptable(11)
average(22) poor(0)
Acoustic
environment
good(14) acceptable(11)
average(22) poor(0)
What do you think the impact of the
emitted pollutants to the
environment in the project
construction process?
Exhaust gas serious(0) not serious(3)
slight(11) no(7)
Wastewater serious(0) not serious(32)
slight(12) no(6)
Noise serious(0) not serious(31)
slight(12) no(7)
Solid Waste serious(0) not serious(32)
slight(11) no(7)
Your relationship with construction projects:
Live in the first row of building along
the street (0) often go through this
section of the pipe laying (10)
换热站周围居民( 13 ) 其他( 27 )
其它()
Do you think the impact of heat exchange station on
the acoustic environment is serious? yes (0) no (50)
What do you think the degree of influence brought by
the heating laying project to your life:
serious(0) not serious(35)
slightly impacted (7) no impact (8)
What do you think the development trend of
environmental quality of the area after the project:
gradual deterioration of the
environmental quality of the area (0)
no change (6)
Gradual improvement of environmental
quality in the area ( 44 ) What do you think the economic benefits of the
project brought to the area:
High (7) above normal(34)
average(9) low(0)
What do you think the social benefits of the
project brought to the area: (Multiple choice)
Solve the employment problem of some
people(38)
Promote the development of other
industries (4)
Improve the quality of the heating in the
area (19)
Increase awareness of the region (3)
50
Your attitude towards this project: support (48) against(0) not care (2)
9.1.7 Conclusion of Public Participation
EIA is conducted by publishing in the newspaper and website, posting
announcements, and the issuance of public participation questionnaire for public
participation. No feedback was received during the public notice. Among the 50
copies of public participation questionnaire issued, 50 valid questionnaires were
collected, of which 100% public support for the construction of the project.
During the investigation, some of the public comments and suggestions were
collected:
( 1 ) It is hoped that after running the project by the environmental protection
department, supervision and management of the enterprise's environmental protection
operation shall be strengthened to meet environmental requirements.
( 2 ) The construction units shall strengthen the management of the environment,
and set up specialized environmental agencies and personnel for the regular inspection
and maintenance of environmental protection facilities; while they shall often visit the
public around for communication and resolve of newly arisen situations and
problems.
Therefore, EIA requires that building units should, in the preparation process,
placed the work of environmental protection in an important position:
Construction units shall strictly implement the pollution control measures in
the construction period proposed in the report, and reasonably arrange for the
construction site and construction time to minimize the impact on residential
areas during the construction process.
During the project operation period, the environmental protection
departments shall strengthen the supervision and management of operation of the
enterprise's environmental protection; the construction unit shall strictly enforce
the pollution control measures proposed in the EIA report.
The construction unit shall set up specialized environmental agencies and
51
personnel and conduct the regular inspection and maintenance of heat exchange
stations and pipeline; while frequently visit the relevant public to keep aware of
their views.
It is understood through statistical analysis of questionnaires and visits to
relevant public that the vast majority of the public believe that the implementation of
this project can replace the small boiler within the heating supply area, improve urban
air quality and the quality of urban heating, which should be implemented as soon as
possible.
9.2 DISPUTE COMPLAINT CHANNELS
Establishment and composition of the complaints mechanism
In order to better protect the legitimate rights of the affected people, a complaint
mechanism will be established for provision of a convenient, transparent, fair and
effective complaint channel for affected people. For this, the project leading group of
the environmental impact of complaints acceptance is established, the head is acted by
the relevant personnel of Yixian environmental Protection Agency concurrently, and
the crew members are from the PMO, Yixian environmental monitoring, and
environmental assessment units. Complaints acceptance office is set up under
environmental impact complaint handling group, which is located in Yixian
Environmental Protection Agency. The daily complaints collected by the Complaints
Acceptance Office, which will propose disposal advice after consultation with the
responsible units.
Complaint Procedures
Complaint handling leading group and office will begin receiving complaints
within a week after the project started. During the construction period, bulletin board
should be set at all construction sites to clarify the environmental safety official also
opened the complaint hotline and complaints mailboxes. The detailed complaint
procedures are as follows:
Affected people who consider their rights have been violated in any aspect of
52
environmental protection, they may complain to the Complaints Acceptance Office in
writing or orally; if it is an oral complaint, the member of Complaints Acceptance
Office will conduct the detailed records and assortment, and submit disposal
comments within two weeks.
If the complainant is dissatisfied with the views of the Complaints Acceptance
Office, he may complain in writing to Liaoning Provincial Environmental Protection
Office within one month after receipt of the disposal suggestion, and Liaoning
Provincial Environmental Protection Bureau will issue disposal comments within
three weeks.
If the complainant is still dissatisfied with the views of Liaoning Provincial
Environmental Protection Office, after receiving disposal comments, he may
prosecute to the local People's Court in accordance with the "PRC Civil Procedure
Law " for the court ruling.
10 Implementation Costs of Management
Plan
Management plan implementation costs are shown in Table 10-1.
Table 10-1 Environmental Management Plan Implementation Costs
Project
Budget for 1 year
construction phase
(RMB 0.01 million
Yuan)
Budget of 3 years
operation phase
(RMB 0.01 million
Yuan)
Funding sources
Wages 12 80
domestic funds
Office expenses 6 20
Transportation costs 10 15
Monitoring costs 1.5 7
Supervising engineer
budget 10 -
total budget of
Environmental
Management Plan
39.5 122