1 Bingxi Station 63 10 / Septic Tank Sewage Disposal Factory in Bingxi Development Zone Grade III of Sewage Dischage Standards》 2 Bingxian Station 143 21 / Septic tank, non-dynamic organism tank Drained to Grade I of Sewage Dischage Standards》 3 Victory Station 87 13 / Septic tank, non-dynamic organism tank Drained to the ditches nearby Grade I of Sewage Dischage Standards》 4 Fangzheng Station 203 30 / Septic Tank Drained to the sewing disposal factory Grade III of Sewage Dischage Standards》 5 Gaoleng Station 47 7 / Septic tank, non-dynamic organism tank Drained to the ditches nearby I of Sewage Dischage Standards》 6 Station 63 10 / Septic tank, non-dynamic organism tank Drained to the ditches nearby Grade I of Sewage Dischage Standards》 7 Station 88 13 / Septic Tank Drained to the sewing disposal factory Grade III of Sewage Dischage Standards》 8 Hongkeli Station 40 6 / Septic tank, non-dynamic organism tank Drained to the ditches nearby Grade I of Sewage Dischage Standards》 Comprehensive Comprehensive Comprehensive Comprehensive Comprehensive Comprehensive Comprehensive
Pollution discharge amount and water quality estimation are as in the table below. Table Domestic Wastewater Polluted Matter Amount and Water Quality Estimation at Eastern Jiamusi Station and Eastern Jiamusi dispatched train back-turning section Discharge Units Sewage Amount m3/d items Polluted Subtances（c:mg/l,w:kg/d） PH CODcr SS BOD5 Ammonia Nitrogen Eastern Jiamusi Station and dispatched train back-turning section 70 W(kg/d) / 14.20 5.46 5.27 0.91 C(mg/L) 7.4 202.8 78 75.3 13 Note: C: polluted matter indensity; W: polluted matter weight Upon the openning of the project, the back-turning section took the locomotive marshalling and returning The water quality compared with the one at the back-turning workshop of the Zhenzhou Northern Locomotive Terminal, the analogical points, job characteristics and the water quality at the analogical points were as in the table -3-16 and . Table Job Feature Comparison at Comparing Point and Project Spot Comparing Point Project Spot Working electric back-turning workshop at locomotive section dispatched train back-turning section Working feature electric back-turning electric back-turning Working amount 12 piece time/day in preparation iece time/day in preparation Table Original Water Quality fo Manufacturing Sewage at Zhengzhou North Locomotive Section Polluted Subtances pH CODcr SS Petroleum Outlet water quality（mg/l，pH dimensionless value） 6.7~7.0 42.0 30.0 6.3 The manufacturing sewage pollution discharge amount and water quality estimation are as in the table below. Table Manufacturing Sewage Polluted Matter Amount and Water Quality Estimation at Eastern Jiamusi Dispatched Locomotive Section Polluted Subtance Discharge Spot Sewage Amount m3/d items Polluted Subtances（c:mg/l,w:kg/d） pH CODcr SS Petroleum Dispatched Locomotive Section 6 C 6.7~7.0 42.0 30.0 6.3 Note: C: polluted matter indensity; W: polluted matter weight The manufacturing sewage was designed to be treated in the oil insulation tank. The pre-treatment effect
(Continued) Sewage Disposal Technoloty at each Station No. Station Names Sewage Amount(m3/d) This Design Assessment and Suggestions Standards Old Line New line Disposal Technology Discharge Direction Disposal Technology （including the old improved by the new） Discharge Direction life life 9 Station 150 / 40 / Septic Tank Drained to the sewing disposal factory As designed As designed III of Sewage Dischage Standards》 10 Jiamusi Motor Train Parking yard / / /d for the / Septic Tank Drained to the sewing disposal factory Septic Tank, anaerobic organism filter tank disposal technology As designed Grade III of Sewage Dischage Standards》 11 Station 2 / 40 / Septic treatment equipment Drained to the ditches nearby As designed Ditches nearby Grade I of Sewage Dischage Standards》
Sewage Treatmen Investment Estimation On the basis of the water environment impact analysis and estimation and recommended treatments above, the investment estimations of the project designed sewage disposal and appraisal were as in the table below: Table Investment Estimation No. Station Names Design Assessment Disposal Technology Investment （10k RMB） Disposal Technology Added investment （10k RMB） Investment （10k RMB） 1 Bingxi Station Septic Tank 1 Septic Tank 0 1 2 Bingxian Station Septic tank, organism tank 23.5 Septic Tank -21 2.5 3 Victory Station Septic tank, organism tank 14.5 Septic Tank, contact oxidation sewage disposal +6 20.5 4 Fangzheng Station Septic Tank 3 Septic Tank 0 3 5 Gaoleng Station Septic tank, organism tank 7.8 Septic Tank, contact oxidation sewage disposal +5 13.8 6 Station Septic tank, organism tank 9.8 Septic Tank, contact oxidation sewage disposal +5.2 15 7 Yilan Station Septic Tank 1.5 Septic Tank 0 1.5
boiler Fangzheng Station 1.4MW coal burning boiler 2 1900 4.10 7.30 Yes Yes Gaoleng Station 0.7MW coal burning boiler 1 475 1.00 4.56 / Yes Station 0.7MW coal burning boiler 1 475 1.00 4.56 / Yes Yilan Station 0.7MW coal burning boiler 2 950 2.10 9.12 / Yes Hongkeli Station 0.7MW coal burning boiler 1 475 1.00 4.56 / Yes Station Supplied by the municipal government / / / / / Yes Jiamusi Motor Train Parking yard 1.4MW coal burning boiler 1 950 2.1 3.65 Yes Yes Station 1.4MW coal burning boiler 2 1900 4.10 7.30 Yes Yes Dispatched Motor Train Returning Station 1.4MW coal burning boiler 1 950 2.10 3.65 Yes Yes Total 15 10925 23.60 61.12 / / Note: the boilers above were all for the warming in the life in stations and sections and production houses. Air Pollution Calculation Method
higher than before. VI Atmosphere Pollution Treatment Investment Estimation Table Investment Estimation for the Atmosphere Pollution Protection and Treatment Nol Station Names Boiler Quantity Design Investment （10k RMB￥） Assessment Suggestion “the old improved by the new”） Assessment Increased 1 1 15 Changed to shaped coal boiler of same capacity 20 5 2 Bingxi Station 0.7MW coal burning boiler 2 60 Changed to shaped coal boiler of same capacity 60 0 3 Bingxian Station 1.4MW coal burning boiler 1 15 Changed to shaped coal boiler of same capacity 20 5 4 Victory Station 0.7MW coal burning boiler 2 60 Changed to shaped coal boiler of same capacity 60 0 5 Fangzheng Station 1.4MW coal burning boiler 1 15 Changed to shaped coal boiler of same capacity 20 5 6 Gaoleng Station 0.7MW coal burning boiler 1 15 Changed to shaped coal boiler of same capacity 20 5 7 Station 0.7MW coal 2 15 Changed to shaped coal 40 25 RMB￥ including ）
burning boiler boiler of same capacity 8 Yilan Station 0.7MW coal burning boiler 1 15 Changed to shaped coal boiler of same capacity 20 5 9 Hongkeli Station 0.7MW coal burning boiler / / 2 old 0.35MW coal burning boiler demantled and combined to the municipal heating. 0 0 10 Station Supplied by the municipal government 1 30 Changed to shaped coal boiler of same capacity 30 0 11 Jiamusi Motor Train Parking yard 1.4MW coal burning boiler 2 60 Changed to shaped coal boiler of same capacity 60 0 12 Station 1.4MW coal burning boiler 1 30 Changed to shaped coal boiler of same capacity 30 0 Total Dispatched Motor Train Returning Station 1.4MW coal burning boiler / 380 +50
No. Survey Points Frequency （MHz） Signal Field Strength (dBμv/m) Background Field Strength (dBμv/m) 1 49.75 70﹡ 13 57√ 168.25 68﹡ 19 49√ 184.25 85﹡ 19 66√ 216.25 74﹡ 20 54√ 479.25 77﹡ 22 55√ 527.25 80﹡ 22 58√ 2 49.75 44 14 30 168.25 52 19 33 184.25 56 20 36√ 216.25 59﹡ 20 39√ 527.25 56 22 34 3 65.75 81﹡ 11 70√ 200.25 81﹡ 19 62√ 216.25 50 20 30 551.25 82﹡ 22 60√ Continued Table the Current Status of Signal-to-Noise Ratio along the Project No. Survey Points Frequency （MHz） Signal Field Strength (dBμv/m) Background Field Strength (dBμv/m) Ratio（dB） 4 200.25 39 20 19 551.25 54 22 32 607.25 57 26 31 719.25 49 27 22 5 65.75 81﹡ 9 72√ 216.25 85﹡ 19 66√ 559.26 81﹡ 22 59√ 647.25 87﹡ 26 61√ 6 176.25 89﹡ 19 70√ 208.25 93﹡ 20 73√ 703.25 81﹡ 26 55√ 7 Xinghua 77.25 45 9 36√ 200.25 42 20 22 216.25 42 20 22 Noise
18 Water Source Community Bungalow Changed to JNK1+400 43 40 20000 19 Station Front Bungalow1 CK+200 15 0 0 20 3 Trees Community Bungalow CK+600 12 24 12000 21 3 Trees Community Bungalow1 CK+800 53 8 4000 22 Source Community Bungalow1 CK1+570 7 101 50500 23 Water Source Community Bungalow2 CK1+570 8 86 43000 24 1 CK3+000 20 44 22000 25 Front 5 Trees CK6+000 10 13 6500 26 CK13+000 30 40 20000 27 CK14+530 60 6 3000 28 Shangbali CK21+250 60 8 4000 29 CK22+600 20 7 3500 30 Lu CK24+050 41 8 4000 31 CK31+400 76 5 2500 32 2 CK37+950 20 30 15000 33 CK42+950 64 9 4500 34 Sanjiedi CK48+350 45 10 5000 35 CK50+300 37 4 2000 36 Hougaoligouzi CK52+000 50 6 3000 37 CK59+000 30 13 6500 38 CK61+300 60 5 2500 39 3 CK62+800 10 18 9000 40 Village1 CK62+800 30 8 4000 Continued Table - Compensation Methods Summary No. Point No. of Sensative Points Sensative Points Chainage Distance to Railway （m） Estimated Households Compensation Amount （RMB￥） 41 CK71+800 30 10 5000 42 CK82+400 62 6 3000 43 CK95+500 54 14 7000 44 4 CK107+950 10 13 6500
Table Name Sex Age 35～50 Above 50 Marital status degree school College Vocation Name of village 1. Your understanding of the railway project: a. Understand b. Know c. Not know 2. Your satisfaction degree of the present local transportation: a. Very satisfied b. Satisfied c. Not satisfied 3. Impact of the project on local transportation: a. Favorable b. Unfavorable c. Not know 4. Do you think environment important: a. Important b. Unimportant c. Not know 5. Major environment issues in your residential area: a. b. Vibration c. Dust d. Water pollution e. Other 6. Degree of impact of railway on local environment: a. Major b. Minor c. Not know 7. Main environment issues caused by the railway: a. Water pollution b. Vibration c. Noise d. Ecological damage e. Electromagnetic pollution 8. Which measure shall be taken to relieve railway noise: a. Greening b. Acoustic barrier c. Relocation d. Double window e. Other 9. Which measure shall be taken to relieve railway vibration: a. Relocation b. Track measures c. Other 10. Impact of railway construction on local economic development: a. Favorable b. Unfavorable c. Not know 11. Impact of railway construction on your income: a. Favorable b. Unfavorable c. Not know 12. Opinion if land is expropriated: a. Follow government arrangement b. Request some compensation to improve living quality c. Do not agree unless demand is satisfied d. Other 13. Opinion on settlement if being relocated: a. Nearby relocation b. Relocated to other places c. Money compensation d. Other 14. Environment impact during construction you consider: a. b. General c. Minor d. Not know 15. Your general opinion on the project construction: a. Support b. Reject c. Not care
measure shall be taken to relieve railway noise Greening Acoustic barrier Relocation Double window Other 65 125 151 30 4 20.00% 38.46% 46.46% 9.23% 1.23% measure shall be taken to relieve railway vibration Relocation Track measures Other 182 100 50 56.00% 30.77% 15.38% Impact of railway construction of local economy development Favorable Unfavorable Not know 216 52 57 66.46% 16.00% 17.54% Impact of railway construction on your income Favorable Unfavorable Not know 141 67 117 43.38% 20.62% 36.00% Opinion if your land is expropriated Follow government arrangement Request some compensation to improve living Do not agree until demand is met Other 122 106 109 37.54% 32.62% 33.54% Opinion on settlement if being relocated Nearby relocation Relocated in other places Money compensation Other 160 98 74 9 49.23% 30.15% 22.77% 2.77% Environment impact during construction you consider General Not know 151 93 51 30 46.46% 28.62% 15.69% 9.23% Your general opinion on the project Support Reject Not care 281 4 40 86.46% 1.23% 12.31% Degree of understanding Satisfaction of local current the project transportation Impact of the project on Do you think environment transportation important Key environment in your Degree of impact of railway
Table Environmental monitoring program for construction period and transport operation period Monitoring elements Phase Monitoring point Monitoring parameter Monitoring method Monitoring frequcncy Standard Executed by Responsible body Supervision body Environment noise Construction Sensitive points at Yi Da residential community, Nan Ba community Equivalent level A method for from construction site》 2 times each year standard for construction site》 Commissioned by constructor Developer Local environmental protection authority Operation Sensitive points at Yi residential community, Bin Xin Cheng Community, JIa Tai Community, etc. Equivalent level A limits and measurement from railway line 》 2 times each year limits and measurement from railway 》 Commissioned by operation unit Vibration environment Construction Sensitive points at Da Fang Li bungalow, etc. VLz10 methods in method for urban environmental vibration》 2 times each year regional environmental noise standard ” Commissioned by constructor
Environmental Operation Sensitive points at Da Fang Li bungalow,Jiang Bin Xin Cheng Community, JIa Tai Community, etc. VLzmax methods for “railway vibration”in method for urban environmental vibration》 2 times each year for both sides of “main railway line”in Urban Environmental Vibration Specification Commissioned by operation unit Air quality Construction Major working sites along the line Fugitive dust, transport vehicle, construction machinery discharging On-site inspection 4 each year / Constructor, operation unit or monitoring unit with corresponding certification Developer Local environmental protection authority Operation Concentration at stack nozzle Smoke dust, NOX Monitor as per monitoring specifications -- exhaust emission》 1 times each year pollution emission standard for boiler furnace 》 Water environment Construction Construction camp Ph, SS,COD,BOD5, animal and vegetable oils Monitor as per monitoring specifications -- effluent》 1 times each year for effluent comprehensive discharging 》 Commissioned by constructor Developer Local environmental protection and water conservation authority Yi Lan water source site Water quality parameters and environment in neighourhood On-site inspection Drinking water standard Atmospheric
Operation Stations at Yi Lan, Fang Zheng, , etc. Monitor as per monitoring specifications -- effluent》 1 times each year for effluent comprehensive discharging 》 Commissioned by operation unit Developer Local environmental protection authority Electromagnetic radiation Operation Communities affected by electromagnetic mainly sensitive points to be planned with protective measures TV signal field radio noise field intensity Monitor as per instrument and method for electromagnetic radiation of radiation environment protection management guide rule》 Once after normal operation Can watch normally with SNR up to 35db, picture quality as per 5-level acoreing standard recommended by international radio advisory council Commissioned by operation unit Developer Local environmental protection authority
Environment protection personal training The professional competence of the environmental supervising personnel is to justice and standardization of environmental supervision.The supervising staff should have the relevant training and get familiar with the environmental supervision, environmental protection laws and regulations and certified before working.The deailed training programme is shown in Table 15-4. Table Training programme Trainee Contents No, of persons Training Environmental protection supervising engineer, environmental supervising officers with the developer Environmental protection laws and codes, constructional planning, environmental monitoring guidelines and codes 10 5 Ambient air monitoring and control techniques, environment noise & vibration monitoring and control techniques, water environment monitoring and control techniques, soil erosion, etc. 20 30
masonry Spoiled (slag) Ground Slag wall Masonry m3 21435.63 488.73 Foundation excavation m3 9809.85 6.02 Drainage channel & energy dissipation measures Masonry m3 32229.77 747.34 Foundation excavation m3 31402.78 27.51 Sand Cushion m3 519.38 Drainage ditch Masonry m3 4923.45 114.17 Foundation excavation m3 9910.85 8.68 Sand Cushion m3 2173.99 17.99 Field leveling Site grading hm2 217.77 236.98 Land preparation hm2 71.18 35.13 Makeshift Road for Construction Drainage ditch Soil excavation m3 72214.5 63.26 M7.5 Masonry m3 821.05 Sand Cushion m3 15840.6 131.05 Site grading hm2 85.39 92.92 Land reclaimed hm2 54.66 26.98 Construction living quarters Site grading hm2 231.62 252.05 Land preparation and apply farmyard manure hm2 139.27 68.74 Plants measures Roadbed Planting on both sides shrub plant 42295750 4652.53 82340 287.45 Station and yard Planting hm2 11.83 591.5 Bridges and culverts Bridge planting（grass broadcast sowing） m2 64.04 19.91 Boston ivy plant 91840 14.97 Continued - Environmental Protection Measures and Investment Summary In ten thousand Yuan Projects Total Qty. Investment Plants measures Spoil ground Arbor Thousands of plants 293.17 338.32 Shrub Thousands of plants 879.51 828.5 Mixed grass seeds 102.61 4.2 WT.kg） 6156.6 27.7
Yong forest tending hm2 102.61 13.84 Construction road area Grass broadcast sowing hm2 30.73 9.64 Grass protection m2 559080 436.64 Construction living quarter Shrub Thousands of plants 554.1 521.96 Grass growing hm2 92.35 28.98 Temporary measures Roadbed area Water-retaining bank Earthwork m3 14117.48 12.37 Chute Woven bags filled with soils m3 25761.83 321.99 Temporary drainage Earthwork m3 9367.94 8.21 Sand basin Earthwork m3 2341.98 2.05 wire guard m2 122740 613.7 Covered by weaving cloth m2 461777 46.18 Temporary soil heap protection Woven bags filled with soils as retaining wall m3 28274.86 353.41 Covered by protection mesh m2 192423 57.73 Stations and yards Woven bags filled with soils as retaining wall m3 2118.69 26.48 Covered by protection mesh m2 116475 34.94 Tunnels Guard bar protection（wire netting） m2 2340 11.7 Stone heap slag retaining walls m3 5084.12 13.05 Bridges and culverts Woven bags filled with soils as retaining wall m3 3643.59 45.54 Covered by protection mesh m2 468725 140.62 Slurry pond Qty. piece 13 0.45 Sedimentation tank Qty. piece 26 0.71 Construction living quarters Surface soil stripping hm2 231.62 217.77 Woven bags filled with soils m3 2504.96 31.31 Grass seeds sowing hm2 23.12 7.19 Surface soil backfilling hm2 92.48 600.11 Spoil ground Surface soil stripping hm2 217.77 204.75 Woven bags filled with soils m3 6133.94 76.67 Grass seeds sowing hm2 18.11 5.63 Surface soil backfilling hm2 72.45 470.1 Total Amount 53468.35