VIETNAM ELECTRICITY POWER ENGINEERING CONSULTING EVNPECC4 JOINT STOCK COMPANY 4 ISO 9001:2008 Project: TR.OS.02 POWER TRANSMISSION AND DISTRIBUTION PROJECT II THAP CHAM 220 kV SUBSTATION AND CONNECTING BRANCHES FEASIBILITY STUDY ENVIRONMENTAL MANAGEMENT PLAN (EMP) (Adjusted according to the World Bank's comments on September 27, 2010) Nha Trang, October 2010 ffi EVNPECC4 VIETNAM ELECTRICITY POWER ENGINEERING CONSULTING JOINT STOCK COMPANY 4 ISO 9001:2008 Project: TR.OS.02 POWER TRANSMISSION AND DISTRIBUTION PROJECT II THAP CHAM 220 kV SUBSTATION AND CONNECTING BRANCHES FEASIBILITY STUDY ENVIRONMENTAL MANAGEMENT PLAN (EMP) (Adjusted according to the World Bank's comments on September 27, 2010) f.;r Established by : Nguyen Nhat Ha Chi fl2-- ~Manager of Center : Tran Van Luyen ~ vA Chief of project designers: Phan Dinh Hiep /~~ Nha Trang, ......... October 2010 ON BEHALF OF POWER ENGINEERING CONSULTING J.S COMPANY 4 Deputy General Director Thap Cham 220kV substation & connecting branches Feasibility Study CONTRIBUTORS No. Full name Tasks Signature 1 Pham Hong Thai Presiding EMP establishment Ic.r~ 2 Nguyen Nhat Ha Chi Establishing EMP report f!!f 22-- 3 Dang Phuong Hao Checking EMP report ~ Contributors i Thap Cham 220kV substation & connecting branches Feasibility Study TABLE OF CONTENTS Environmental Management Plan (EMP) of Thap Cham 220kV Substation and connecting branches project in F/S phase is established in one volume. Table ofcontents ii Thap Cham 220kV substation & connecting branches Feasibility Study INDEX Pages PART I: PROJECT DESCRIPSION ............................................................................... 1 PART II: ENVIRONMENTAL IMPACT SCREENING ............................................... 9 PART III: PUBLIC CONSULTATION ........................................................................ 15 PART IV: IMPACT MITIGATION PLAN .................................................................. 17 PART V: MONITORING PLAN .................................................................................. 28 PART VI: INSTITUTIONAL ACTITVITY DEVELOPMENT ................................. .42 PART VII: IMPLEMENTATION ARRANGEMENT ................................................. 44 PART VIII: MONITORING AND REPORT SYSTEM .............................................. 46 PART IX: COST ESTIMATE OF EMP IMPLEMENTATION .................................. 47 APPENDICES ............................................................................................................... 48 Index Thap Cham 220kV substation & connecting branches Feasibility Study ACRONYM CPPMB Central Vietnam power project management Board CPC Commune People's committee DPC District People's committee EMP Environmental management plan EVN Vietnam Electricity F/S Feasibility study NTR National technical regulation NPT National power transmission Corporation PPC Provincial People's committee PTC3 Power Transmission Company No.3 PECC4 Power Engineering Consulting J.S Company 4 ROW Right-of-Way SMIC Safeguard monitoring independent consultant TIL Transmission line VND Viet Nam Dong VNS Viet Nam Standard Acronym Thap Cham 220kV substation & connecting branches Feasibility Study PART I: PROJECT DESCRIPTION 1 Project construction location 1.1. For Thap Cham 220kV Substation The Thap Cham 220kV Substation is proposed to be Im~ated at Ba Thap Village, Bac Phong Commune, Thuan Bac District, Ninh Thuan Province with VN2000 coordinate as follow: . Table 1.1: VN2000 coordinate ofThap Cham 220kV substation construction location (VN2000 coordinate system with meridian 111°00' by hand-held GPS) Coordinate No. Position X(m) Y(m) 1 A 1 292800.18 284731.5 2 B 1 292696.05 284855.61 3 C 1 292516.15 284705.96 4 D 1 292620.06 284 575.13 + The North border is contiguous with inter-village road. + The South Border is contiguous with Da Nhim - Cam Ranh 11 OkV transmission line. + The East border is contiguous with cemetery. + The West border is contiguous with North-South railway. The Thap Cham 220kV Substation is proposed to be located on crops land and unused land with relative flat topography, without inundation during rainy and flood season. 1.2. The connecting 220kV transmission line branches and 22kV distribution lines supplying power for construction The connecting transmission line branches are as below: Table 1.2: The connecting transmission line branches Connecting Starting Ending Rated No. Location branch's name point point voltage 1 220kV Phuoc Trung and At tower span At Thap 220kV transmission line Phuoc Chinh 69-70 of Cham 220kV connecting to communes (Bac Ai existing Da substation the Thap Cham district); Nhim - Nha 220kV Tan Hai commune Trang 220kV substation. (Ninh Hai district) transmission Bac Phong line ! Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study No. Connecting Location Starting Ending Rated Branch's name point voltage commune (Thuan Bac district) 2 Distribution At Bac Phong At tower No. At Thap 22kV lines and commune (Thuan 221, feeder Cham 220kV substation Bac District) bay 476 of substation supplying 22kV power for distribution construction line supplying power for Bac Phong commune, Thuan Bac district, Ninh Thuan Province. 2. Main project features 2.J.Thap Cham 220kV Substation a) Scope of the project - The proposed Thap Cham 220kV substation is installed completely with 01 220kV - 125 MV A transformer and bays of 220111 OkV transmission lines, as follow: + Number of 220kV bays is 6 main bays and 6 contingency bays; + Number of 110kV bays is 7 main bays and 7 contingency bays. b) Main construction volume Main construction volume of Thap Cham 220kV substation is as follow: - Leveling substation foundation, access roads and operation shifting houses. + Soil, rock and vegetation cover clearance volume with 0.15m in thickness is 8,840.0 m3 · + Fillback soil volume at substation foundation, access roads and operation shifting houses is 17,653.4 m3 + Soil excavation volume at substation foundation, access roads and operation shifting houses is 12,470.7 m3 - Gate and barriers :762m - Control and distribution house (l2.0m x 42.0m) : 504.0 m2 - Gate and barrier of operation shifting house :66m - Operation shifting house (9.5m x 25.2m) : 241.9 m2 Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study - Pumping house serving extinguish (4.0m x 6.0m) : 24.0 m2 - Substation access road is the width of 4m, the length of L=I,410m and ballast aggregate. - Substation internal roads are 4m in width, 3.807m2 in pavement area and have reinforced concrete structure. - Operation shifting house access road is 3m in width and ballast aggregate structure. Total pavement area is 5,700.0 m2 + 110kV and 220kV bus bar and gate tower system: 01 system + Light and lightning fighting poles and foundations with the length of 26m: 03 sets. + 110kV busbar tower foundations: 29 foundations. + 220kV busbar tower foundations: 36 foundations. + 110kV equipment bearer foundations: 155 foundations + Installing 11 OkV equipment bearers: 1 system + Installing 220kV equipment bearers: 1 system + 220kV-125MVA substation foundation: 01 foundation + Self-transformer bearer and foundation: 02 sets + Extinguish water tank with the volume of 100m3: 02 tanks + Failed oil storage tank with the volume of 96m3: 01 tank - 01 fire prevention and extinguish system - 01 water supply and drainage system - 01 lighting and earthing wire system - 01 cable system - Substation flat completion: 01 system 2.2. 220kVtransmission lines connecting to Thap Cham 220kV Substation a) Technical characteristics - Starting point : at tower span 69 - 70 of the existing Da Nhim - Nha Trang 220kV transmission line. - Ending point : at the proposed Thap Cham 220kV substation. - Rated voltage level : 220kV - Number of circuits : double circuit - Length of the route : 28,634m Right of way : 22m (11m as from the middle ofTfL to each side) - TIL location: Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study TIL crosses through Phuoc Trung and Phuoc Chinh communes - Bac Ai district; Tan Hai commune - Ninh Hai district; Bac Phong commune - Thuan Bac District, Ninh Thuan Province. - Conductor : code ACSR-400/51. - Grounding wire : code GSW70. - Optical cable : code OPGW70. - Insulators : using glass or ceramic insulators. - Solution applied for tower: using free standing two circuits hot dip galvanized figural steel towers. - Solution applied for tower foundation: using in-site reinforced concrete foundations. - Earthing system: Radial earthing system and rod-radial earthing system. b) Topographic charasteristic of TIL 220kV transmission line connecting from existing Da Nhim - Nha Trang 220kV transmission line to Thap Cham 220kV Substation is divided into 3 sections as follow: a.l. Section l: from starting point - G5 with 11,11 Om in length Starting point is at tower span 69-70 of existing Da Nhim - Nha Trang TIL (40 km far from tower 70). The route section crosses through crops land and residential area, and creats turning angles Gland G lA. From G lA, the route turns left and crosses through crops land and crosses over irrigation channel of Song Sat reservoir at picket 24 + 36. Then, it runs along the right of the channel with an average distance of 25m. From picket 24+36, it separates from the channel and forms turning angle G2. From G2, the route turns right and crosses through bush forest, forms G3, G4 and G5 in tum. Topography where it crosses through is relatively complex, with a great change in altitude and strong landslide. The route mainly crosses forest, virgin soil with a few residents and crops planting land. It crosses through the territory of Phuoc Chinh commune, Bac Ai District, Ninh Thuan province. a.2. Section 2:from G5 - Gll with 15,028m in length From G5, the route section turns right and crosses through natural forest, fonns turning angle G6, G7 and G8 to avoid Phuoc Trung reservoir foundation and reaches G9. From G9, it runs along the proposed Vinh Tan - Thap Cham 220kV transmission line with average distance of about 30m, and forms turning angle G 1O. From G 10, its left to GIl. Main topography where it crosses through is relatively complex, with a great change in altitude and strong landslide, and is main forest, bare land alternative with residential and crops land. It crosses through the territory of Phuoc Chinh and Phuoc Trung communes (Bac Ai District) and Tan Hai commune (Ninh Hai District), Ninh Thuan Province. a.3. Section 3: from G 11 to ending point with 2,496 m in length Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study From Gll, the route turns right and reaches G12. From G12, it crosses North - South Railway and reaches end point at the proposed Thap Cham 220kV substation. Topoghraphy where it crosses is fairly smooth. It mainly crosses through forest, bare land alternative with crops land. It crosses through Tan Hai commune (Ninh Hai District), Bac Phong commune (Thuan Bac District), Ninh Thuan Province. 2.3. 22kV distribution line and substation supplying power for construction - Starting point: at tower No. 221 at feeder bay 476 of 22kV distribution line supplying power for Bac Phong commune, Thuan Bac district, Ninh Thuan Province. - Ending point: at Thap Cham 220kV substation. - Voltage level: 22kV - Conductor: steel aluminium conductor, code ACSR; cross section of 50mm2, code AC50. - Conductor structure: 3 phases 4 conductors (3 phase conductors and 1 neutral conductor). - Length of transmission line: 984m. - Right-of-way: 3m from the middle of TIL to each side (total length of6m) - The number of substation: 01 - Capacity of substation: 250kVA - Construction location: Bac Phong commune, Thuan Bac district, Ninh Thuan Province. 3. Total investment capital Unit: 1. 000 VND Item Cost Construction cost 147,043,289 Equipment cost 108,250,853 I Cost of compensation, allowances and 2,597,555 . resettlement; and site clearance Project management cost 3,045,228 Construction conSUlting cost 13,561,152 Other costs 26,719,816 I Contingency cost 42,166,648 I Total 343,384,541 Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study 4. Project implementation schedule The proposed project implementation schedule which is synchronous with Vinh Tan 2 Thermal Power Plant construction schedule will be operated in 2012. - Main work implementation time is proposed as follows: + Establishing and approving Feasibility Study - : September 2008 + March 2009 Total investment capital + Establishing and approving technical design - : April 2009 + October 2010 Total cost estimate + Site clearance : November 2010 + February 2011 + Preparing and summiting for approval of : November 2010 + February equipment procurement bidding documents 2011 + Preparing and summiting for approval of : November 2010 + February construction installation bidding documents 2011 + Preparing and summiting for approval the detailed : March 2011 + June 2011 drawings design + Project construction and installation : July 2011 + October 2012 + Testing, adjusting, accepting, handing-over, : November 2012 + December 2012 putting project into operation Part I: Project description 6 Thap Cham 220kV substation & connecting branches Feasibility Study PROJECT DESCRIPTION Thap Cham 220kV Substation and connecting 1 Project's name branches New-constructed project or 2 improved project Newly constructed ItI Improved 0 Project location: Communes Bilc Phong, Phu6c Trung, Phu6c Chinh, Tan 3 Hai Districts Thu~ Bilc, Bac Ai, Ninh Hai Province NinhThu~ 4 Number of transformers 02 220kV-125MVA transformer 5 Total capacity 250MVA 6 Voltage levels 220/11 0/22kV 7 Connection diagram - 220kV side: using connection diagram "Two busbar systems with coupling breaker and contingency space for bypass bus bar installation", including 01 total transformer bay, 01 coupling breaker bay, 4 transmission lines bays and 6 contingency bays. -110kV side: using connection diagram "Two bus bar systems with bypass bus bar, coupling breaker and circuit breaker", including 01 incoming transformer bay, 1 coupling breaker bay, 1 bypass bus breaker bay, 4 transmission lines bays and 7 contingency bays. - 22kV side: Designed in accordance with transformer block diagram. 8 Length of the connecting branches - 220kV transmission lines 28.135 km .connecting to Thap Cham Substation - 22kV distribution line supplying 0.984 km for construction The width of ROW - 220kV distribution line 9 22m connecting to Thap Cham Substation - 22kV transmission line supplying 6m for construction 10 Preparation From March 2010 to June 2010 Project construction and 11 From January 2011 to August 2012 installation 12 Project completion and operation From September 2012 to November 2012 Part I: Project description Thai!. Cham 22 Ok V substation & conneclin'l, branches FeasibiliD!. StudJ:. 13 Is construction carried out in rainy Yes x No 1 season? 14 Acquired land area Permanently Within ROW l - Substation 50,690 m 0 l - The connecting branches 12,697 m 623,752 ml 15 Total investment capital 343,384,541;000 VND Part I: Project description Thap Cham 220kV substation & connecting branches Feasibility Study PART II: ENVIRONMENTAL IMPACT SCREENING Description oftn£PQtenti~i;mpacts 1. PRE-CONSTRUCTION PHASE What will the project cause impacts? 1.1 Causing the damage of Average impact land, assets, trees and * Damage of land and trees: crops of the local people - Acquired land area at substation is of 50.690 due to site clearance at m 2, in which: substation and tower + 2,715 m 2 annual tree land foundations? + 32,732 m2 productive artificial forest land (including 29,463 m2 assigned to Bac Phong CPC for management, and remaining assigned to people for planting and caring). Main tree in artificial forest are eucalyptus and bear-tree. + The remaining is bare land - Site clearance for tower foundation Yes construction will impact on: + 3,281 m2 productive natural forest land belonging to Phuoc Trung and Phuoc Chinh commune, Bac Ai district. Forest status IS average. + 411 m2 rice land + 1,186 m2 annual tree land + 415 m2 fruit tree land - 154 fruit trees is cut down * Damage of assets: 01 field watch-shed is removed (impacted land area of every household in details is mentioned in RP) 1.2 Impacts of mine- Average impact, short-term clearance Yes Mine-clearance will impact on safety of worker and inhabitant near to the site. 2. CONSTRUCTION PHASE 2.1 Impacting on vegetation Average impact cover as follows: - In construction scope of the connecting - Decreasing vegetation branches' ROW, vegetation cover area is cover due to cutting tree temporarily impacted as follows: Yes during scattering + 3,989 m2 rice conductor? + 109,078 m2 annual trees + 205,235 m2 forest including natural and artificial forest + 8,358 m2 fruit trees Part II: Environmental impact screening ThaI!. Cham 220kV substation & connecting branches FeasibiliD!. Study YesiNo···· 2.2 Causing impact on - Some sections of the connecting branch will animals? run through natural forest, so some small - Impacting on animals construction teams will work III forest. and their movement? Worker's behaviors and construction activities yes will impact on wild animal habitat. However, these impacts will stop as soon as finishing construction of tower foundation III the sections crossing over forest. Therefore, the impact is short-term. 2.3 Impact on air Small impact environment as follows: - Impact causing sources on air environment - Increasing dust, exhaust include as follows: by equipment's, + Dust releases from excavation & leveling for machine's and material substation and tower foundation construction, transportation mean's and auxiliary work construction. activities during + Dust, SOx, NOx, CO, ... release from construction process (due equipments', machines' and material to excavation and transportation means' activities. backfill & material Yes - Substation construction lasts about 12 months. transportati on) The connecting branches are mainly away from the crowded residential area. Exhaust emission is small, emission source concentration is at low level, and tower foundation construction time is short, of about 20 days/foundation. i Above impacts are temporary and stopped after completing the project construction. Bad smell due to Average impact rubbish of workers? Yes - Total human resource in the project site is about 200 people. In which, 120 people work in Thap Cham 220kV substation, and the i remaining work in the connecting branches. Increasing noise due to Impact is at very low level construction III the The project IS away from the crowded project site that will residential area, construction activities are impact on resident's Yes carried out in the daytime. Hence, noise caused living activities? by construction activities impacts on resident's life very small. Part II: Environmental impact screening 10 Thall. Cham 220kV substation & connecting. branches Feasibilitv StudJ!. . ··.::-~s_·.··~:-·T_fp_t_io_n_._of_~t_'h_e-,-po_· No. . ·. ·SCTeeningqueStio~_e_s-+:_·M,-o~·+-·_·'--........J):....···· _t_en_t'-ia...;..I_':....·",_.~_a_c_ts_._-.; 2.4 Impacts on soil Insignificant impact environment are as follow: - Permanently lost land area due to constructing substation and tower foundations - Decreasing agriculture of the connecting branches is of about 63,412 land area, residential area, 2 m . In which, and fhlit-tree land + Permanently lost land area for substation construction is of 57.330 m2, of which havin~ x 50.690 m2 agricultural land (of which, 6020 m is owned by HHs, occupying 3% their total land area) + For the connecting branches, permanently acquired land area is of 12.697 m2 for tower foundation construction, of which 2.641 m2 is owned by HHs (occupying 1.1 % their total land area) - Increasing soil erosion Impact is at low level and sediment due to - Excavated and filled soil, and leveling excavation & soil filling, volume for substation foundation, access roads leveling for substation is as below: and tower foundation + Filled soil volume for substation foundation, construction? access roads: 17.653,4 m3 + Excavated soil volume for substation Yes foundation, access roads: 12.470,7 m3 + Vegetation cover clearance volume with 0.15m in thickness: 8.840,0 m3 - Excavated and filled soil for the connecting branch tower foundation construction IS as below + Excavated soil volume: 57.300 m3 + Filled soil volume: 57.027 m3 Impact by rubbish? Insignificant impact - There are 200 people (in which 120 people for substation construction and 80 people for Yes the connecting branches construction). Rubbish will be collected and dumped into regular area. Hence, impacts are insignificant. - Impacting on soil Insignificant impact environment due to Equipments and machines and transportation leaking oil during Yes means are lubricated and maintained m. construction equipment maintenance station. maintenance m construction process? I I Part II: Environmental impact screening ThaI!. Cham 220kV substation & connecting branches FeasibilifJ!. StuflJ!. . Yes No·· . . . . . .·· · · · . ,Descripti~iiojthipJtin.tiatfmpa~ts .....\ . 2.5 Impact on water environment as follow: Small Impact - Pollution by - 120 substation construction workers stay in domestic sewage tents. 80 connecting TIL construction workers released from worker- stay in local people's house along TIL. They Yes tent? share sanitation work with local people. - At worker's camp will build a sanitation work with septic tank to collect and treat sewage. Hence, the impact is small. Pollution by Insignificant impact construction sewage, - Construction sewage volume IS small m including water released substation and scattered along connecting TIL from concrete mlxmg branches. Yes plant, water pumped - Sewage contains mainly the suspended solid from foundation hole, (SS), thus it does not cause serious impact on and water released from environment. concrete maintenance. - Increasing turbidity of Excavation & fill work in construction process surface water source m will make soil to loose. This causes turbidity rainy season? Yes increase of m ramy water source season. However, this impact IS temporary m construction time. 2.6 Impacting on cultural Yes There is a cemetery bordered with substation heritages, historical on the east. monuments? (impacting on their structure or i landscape) 2.7 Impacting on public Insignificant impact traffic as interrupting The connecting branches cross over roads as traffic and breaking follows: down road foundation? Yes + National Highway No. 27: 1 time + North-South Railway: I time + And some soil-roads having low traffic density. - High weight equipments are transported by special purpose trucks, so breaking down road foundation rarely. - Main roads used to transport material for the project are national highway No. lA & 27, and some existing roads & service roads. Apart from National Highway No. lA & 27 are asphalted. The remammg IS soil road and aggregate road. They can be damaged and Part II: Environmental impact screening 12 ThaI!. Cham 220kV substation & connecting branches Feasibilitl'. Studv "., /' .... No. ScreeningquestiQR ' broken down by transportation, special in rainy season. However, transportation time is short and number of means is small, these impacts are insignificant. 2.8 Impacting on worker's Small impact health and labour safety? - Worker-tents are hygiene. Yes - During construction process, workers must obey regulation and norms on I labour safety ! 3.OPERATION PHASE 3.1 Impacting on vegetation This impact IS insignificant because only cover by cutting down cutting down separate trees within or without tree in ROW when Yes ROW which having impact on TIL safety in implementing TIL TIL maintenance process. maintenance? 3.2 Impact caused by This impact is small because as follows: substation operation - Number of workers is not many, only about worker's rubbish? 3S people (01 substation chief, 01 assistant chief being responsible for engmeer, 01 economic staff, S main operators, 10 assistant operators, 10 maintainers, 7 staffs for security, Yes S staffs for security, 2 storekeeper and administrative staff) - However, these operators work in 3 shifts (6 people/shift), rubbish volume IS small. Rubbish is collected and poured at planned place. Sewage is collected into septic tank 3.3 Does electromagnetic This impact is insignificant because the /ield impact on health of following reasons: local people and - In substation, electromagnetic field only operator? impact on operators during working time - Electromagnetic field of the connecting branches only impact on operators during maintenance process. Because distance from conductor to ground is designed according to Yes Decree No.81/2009/ND-CP on "adjustment and amendment on articles of Decree No.106/200S/ND-CP dated on August 17, 200S by GOV concernmg the detailed regulations and guidelines on some articles implementation in the Electricity Law on the safety protection for high voltage power network" to ensure electromagnetic field at ground to be less than or equal SkV/m. Then, it Part II: Environmental impact screening 13 ThaI!. Cham 220kV substation & connectinf! branches Feasibilitv Studv No. Screening question .Yes No doesn't cause impact on local people's health. 1- In addition to, in design process has been had impact prevention and mitigation measures caused by electromagnetic field on people health. 3.4 Impacting on Impacts are medium because the project only telecommunication line, crosses over communication line at I time, railway signal and other Yes 22kV transmission line at 5 times, O,4kV TILs? transmission line at I time and llOkV transmission line at I time. 3.5 Risks due to fire, Small impact explosion? Fire prevention and extinguishment system is installed in the substation. Combining with Yes local relevant unit in fire prevention & fighting work. Thus risks are caused by fire, explosion is low. 3.6 Leaking oil due to Very small impact transformer failure? Transformer failure is rare. Besides, failure oil tank IS set up to collect oil when Yes transformer failure happens. After collecting oil into the tank, it will be treated according to hazardous waste treatment method. Part II: Environmental impact screening 14 Thap Cham 220kV substation & connecting branches Feasibility Study PART III: PUBLIC CONSULTATION 1. Public consultation Disseminating information and consulting community about the project includes three stages: Stage 1: Disseminating information about the project (including scope, location, objective and signification) is carried in combination with impact investigation and survey process caused by the project. Stage 2: Meeting to public consultation is carried out after completing the draft EMP. The draft EMP consisting of collected, investigated and calculated data is represented to local communities in meeting at Bac Phong, Tan Hai, Phuoc Trung and, Phuoc Chinh CPCs. In meeting, consultant represents resettlement policies, impacts caused by the project on social and natural environment, and mitigation measures again negative impacts. Stage 3: Information dissemination: after revising the draft EMP according to PAPs and CPC's feedbacks in the affected communes and WB's requests, the full EMP will be extensively disclosed to PAPs by CPPMB in combination with local authorities. CONSULTATION·· . METHOD· Date/time - Jan 8, 2010 - Jan. 12, - Almost of the local 2010 at Bac Phong people know project. Commune - Some feedbacks of the - Jan 13, 2010 - Jan. 16, local people are as follows: 2010 at Tan Hai Commune + Because the project's - Jan. 18, 2010 - Jan. 22, objective is power supply 2010 at Phuoc Trung Commune for regional load and Ninh - Jan. 23, 2010 - Jan. 29, Thuan province, the local Disseminating people agree with the 2010 at Phuoc Chinh information of the Commune project construction. project Consultation + For negative impacts, - The above communes' location CPC the project owner has to carry out strictly the - At the affected hamlets proposed who are impacted directly mitigation measures against negative of the above communes impact on environment. ~--------~------------------~ Consultation Arranging the meetings to + Compensation work has method disseminate and consult at to be obviously, clearly the affected CPC and carried out according to hamlets the existing regulations before site clearance process. Part lJI: Public consultation 15 ThaD Cham 220kV substation & connecting branches FeasibiliD!. StudJ!. "CONSULTATION<; ·... ........ ..... . ' . . . . . . . . . . '. .. 'RESVLl'S()F .... , ·METHOD .. nETAILEDACTIVITIE~ . . ,. . . ...........·., . tONSULl'ATId~> . .· ?; Meeting - On March 2, 2010 at Bac - The discussed issues are date/time Phong Commune as follows: - On March 3, 2010 at Tan + The project objective Rai Commune and signification - On March 4, 2010 at i + Environmental impacts Phuoc Trung Commune . caused by the project in - On March 5, 2010 at construction and operation Phuoc Chinh Commune phases Meeting At CPC of the above + Impact mitigation location communes measures will be carried ~--------~--------------------~ Participants Participants: out. - Chairman of CPC; - The results of public - Representatives of consultation Public meeting Commune fatherland Front + 4 minutes of the meeting and other organizations on public consultation - PAPs took part In meetings of public consultation, including as follows: + At Bac Phong commune: 03 PAPs + At Phuoc Trung commune: 02 PAPs being the Raglai people. + At Phuoc Chinh i commune: 02 PAPs being i the Raglai people Content ofpublic consultation meeting minutes and list ofparticipants are shown in appendices 2. * Local authorities' and residents' feedbacks on EMP - To agree with the project construction - To agree with EMP 2. Information disclosure Disclosing the full EMP approved by WB includes as follows: - Posting information disclosure board at CPCs and crowded residential areas - Delivering the full EMP to every CPC in order to the local people to refer. Part III: Public consultation 16 Thap Cham 220kV substation & connecting branches FIS PART IV: IMPACT MITIGATION PLAN Table 4.1: Impact mitigation plan No. ImpactsMitig~tibn mea$ui~$Responsibility 1. DESIGN PHASE In order that damages of inhabitant's assets, tree, crops are minimized, Calculated in Project design phase has implemented as follows: design cost engineering - Transmission lines direction, distance, and tower locations have been Consultant determined appropriately - Coming an agreement with the local authorities to minimized The project does damage volume. not impact on environment In order to mitigate impacts on communication line, railway signal and Calculated in Project and society. other TlLs during project operation, the following mitigation measures design cost engineering However, some should be conducted in design phase as follows: Consultant mitigation - Choosing rational conductor height for incoming and outgoing bays 1.1 measures of the of substation, dividing phase for conductor to decrease corona next phases flashover phenomenon. - Design to install spark gaps and isolation transformer on the should be communication line implemented in - Ensuring the minimum distance from SCA substation's and line's this phase electrification part to the communication equipment place and cable line according to regulation and norm. _:_~~~~~i!!g_~~_~q~ie!!!~!!~_~~YiI,!_g,,~ig~i_I,!~Efe~~I,!~~_.~!~~~"l.!~~!"~~,,.~.~~~.!. . In order to mitigate fire and explosion risks during project operation, Calculated in Project measures need to carried out as follows: design cost engmeermg - Fire fighting system in substation is also designed to equip automatic Consultant fire alarm system, fire-extinguisher and other instruments such as foam Part IV : Impact mitigation plan 17 Thap Cham 220kV substation & connecting branches FIS No.1 Impacts ResponsibilitY fire extinguisher, carbon dioxide fire-extinguisher, sand tank, bucket, basin, hook, etc ... at necessary places according to the existing regulations. Water supplying for fire fighting is taken from two tanks with 100 m 3 in volume by steel pipe cpSO installing around substation. - For rooms having fire and explosion risk (such as control room, information, source rooms), designing to install smoke - temperature detector and conduct signaling to control panel of fire fighting system. For transformation, smoke-temperature detector is put on its body In order to ensure that project site will not cause localized flooding to Design: Project the surrounding area, drainage system has to be designed as follows: calculated in engineering - Drainage through design slope of substation foundation, ditch system design cost Consultant within and around the substation has to build and maintain. Ditches will be put along internal road of substation, rain water will run into boots of the ditches, then follows ground pipe outgoing substation. 2. PRE-CONSTRUCTION PHASE 2.1 I Causing the - Site clearance work is carried out after harvest Cost of CPPMB damage of land, - Carry out well compensation, allowance an~ resettlement according compensation, assets, trees and to the project's RAP allowance, crops of the and local people due resettlement to site clearance at substation and tower foundations? 2.2 I Impacts of Safety methods in mine-clearance are as follows: Calculated in CPPMB mine-clearance - Hiring specialized agency for implementation of mine-clearance project '---~ - NotifYing local authority of time and positions mine-clearance before investment Part IV : Impact mitigation plan 18 Thap Cham 220kV substation & connecting branches FIS ··Cost ~ No. Impacts Mitigation measures. Responsibility implementation I cost - Installing warning boards at positions implementing mine-clearance 3. CONSTRUCTION PHASE 3.1 impacts on - Trees and vegetation cover in substation area and within ROW are Calculated in Contractor vegetation cover cut down by manual method, not use herbicide to protect vegetation construction are as follows: cover. cost Decreasing - Not cut down trees without of ROW vegetation cover - Not cut down trees whose height less than safe height limit for high rate due to land voltage power network (less than 4m) acquirement for constructing - Obeying strictly law on forest protection and development, and substation, regulation on fire prevention and extinguish. access road and ROW Permanently acquired natural forest land for - Acquired forest area will be reforested at other place. Project owner Calculated in CPPMB tower will contact with Phuoc trung and Phuoc Chinh CPC to transfer cost of project foundation reforestation to the CPCs for implementation. investment construction. cost 3.2 Impacting on - Workers are forbidden from hunting, catching, keeping or Calculated in Contractor animals and consumption of wildlife or wildlife products construction their movement - Enhancing forest fire prevention for workers, particularly in dry cost season. Arranging fire extinguishers at worker's tents in or near forest. - Use appropriate method to mobilize equipments and workers to the site to minimize the impacts on wildlife and natural forest Part IV : Impact mitigation plan 19 Thap Cham 220kV substation & connecting branches FIS No. Impacts ·;···;.Mi~~ti9q."'~i$ir~~,··:'~f{~·;J~~6~:r7K~s Responsibility - Rising worker's awareness regarding forest protection. 3.3 Impacts on air - All of material construction trucks and mechanical equipments have Calculated in Contractor environment are to meet standards on technical and environmental safety level (in construction as follows: which having permitted noise level) issued by Registration and cost Increasing Verification Agency. dust, exhaust by - Watering at site leveling area and service roads near to the worker- equipment's, tents and the residential area, specially on high sunny & windy days in machine's and material dry season transportation - All of material transportation means (sand, ballast, cemment, ...) must mean's be covered to reduce dust emission. activities during construction process (due to excavation and backfill & material - Worker's rubbish in substation is collected and poured into the local to workers' waste dump rubbish - Worker's rubbish along the connecting branches is collected and poured into the local waste dump or buried on site at construction location away from the residential area. Increasing noise - All works have to be carried out in day-time. If construction need due to work in night-time, contractor must get an agreement of the PAPs. construction activities in the Part IV : Impact mitigation plan 20 Thap Cham 220kV substation & connecting branches FIS r~ No. I Impacts Mitiga~ion measoures;· ·Cbst> Responsibility project site that will impact on resident's living activities 3.4 Impacts on soil - Reducing time of temporary land acquisition by establishing rational Calculated in Contractor environment are construction arrangement alternative construction asfollow: - Encouraging to plant trees whose height less than 4m to ensure cost Decreasing power network safety. agricultural land, residential, and fruit-tree land areas Increasing - Planting grass and banking up tower foundation at positions having soil erosion and high slope and easy erosion. sediment due to - Abundant soil & rock from tower foundation and earth canal excavation & excavation will be used to fill foundation dig and compacted to soil filling, and reinforce foundation or leveled, filled in lower land place around substation foundation. ground leveling - Soil filling and compaction work in tower and earth cannel and tower foundation foundation is carried out mainly by manual method and is obeyed construction norm on soil work acceptance TCVN 4487-87. - Impact caused - Worker's rubbish in substation is collected and dumped into the local by rubbish waste area - Worker's rubbish at each tower foundation construction location has Part IV : Impact mitigation plan 21 Thap Cham 220kV substation & connecting branches FIS No. Impacts Mitig~f.on;fueasures '. ",.;. Qst ····.·.·)TResPQDsibilitf small volume and low toxic level. It will be collected and dumped into the local waste area or buried on site at construction point far from the resident area. - Impacting on - Checking machines and equipments before using for the project soil construction environment - Machines and equipments must be maintained at maintenance station due to leaking to avoid oil leakage into environment. oil during machine and equipment maintenance In construction phase 3.5 I Impacting on - Workers constructing the connecting TIL branches are divided into Calculated in Contractor water small groups to distribute scattered along the route and mainly hire construction environment as local people's houses to stay. Only a few worker stay in temporary cost follow: tents. So they share sanitation work with local people. Due to - At substation worker's camp, building a septic tank for collecting worker's worker's domestic sewage. domestic sewage - Worker's camps outside the substation will be reinstated before the contractor is demobilized from the site. The septic tank can be continuously used for operators of substation, or stop using and treated follow safety and hygiene regulation. Due to I - Excavating a sewage collecting hole to deposit sediment before construction releasing into environment. sewage released Part IV : Impact mitigation plan 22 · · Cham 220kV substation & branches FIS No~ Impacts MitigatibJl Ill~alsiir~s· ··~~iC9it ·>:~~/I. Re~p()lisJbility from concrete mixing plant, water pumped from foundation hole, and water released from concrete mixture and maintenance. Increasing - Arranging construction time appropriately. Do not construct turbidity of foundation at easy erosion positions in rainy days to mitigate soil surface water erosion. sources m ramy season due to rock and soil washed by flow into river, stream near to construction location. 3.6 I Impact on During construction phase, the contractor will ensure that cultural - A fence be installed as soon as the contractor is mobilized to the site heritages and and be well-maintained Contractor historical - All construction activities, particularly disposal of waste/wastewater, CCPMB monuments or drainage from construction site/camps or temporary loading of materials, will not cause any physical impact on this cemetery or obstruct access to there of local people. Part IV : Impact mitigation plan 23 Thap Cham 220kVsubstation & connecting branches FIS No. 1m paCts ,'MiHgjtit>n me~~"'~e~>.;I;'·;·., '"i.C·.L~\.t~1·.· <.; !r;:··.:,cJost . ··.· Responsibility 4.4 Impacting on Mitigation measures were implemented in design and construction communication phases as mentioned in above items. Therefore, these impacts in line, railway operation phase will be insignificant. signal and other TILs I 4.5 Fire and The mitigation measures is implemented in operation phase: PTC3 explosion risk - At substation, workers must obey the existing regulations on fire prevention and extinguish Calculated in - Along the connecting TIL branches, frequently maintaining & operation cost checking ROWand vegetation cover to ensure safety distance of ROW to avoid electrical leakage causing fire and explosion. , 4.6 Leaking oil due Designing and constructing failure oil tank under ground (with the PTC3 to transformer volume of 60m3/tank x 2 tanks) to be able to contain total volume of Calculated in failure transformer oil. In case of transformer failure, leaking oil will run into operation cost manhole, then running to failure oil tank through pipe. Oil volume in --~ ..... tank is pumped and treated. Part IV.' Impact mitigation plan 27 Thap Cham 220kV substation & connecting branches FIS PART V: MONITORING PLAN Table 5.1: Monitoring plan Checking that all I Office Reading 01 time when Calculated In AMT mitigations consultant project measures are submits technical investment 1.1 mentioned In design document cost technical design document I .t. r~e-consrructlOn n a s e _ I Causing land, assets, Monitoring PAHs Receiving RAPs' * For Calculated in- Project trees and crops damage compensation, feedbacks on compensation, compensation, owner of the local people allowance and compensation and allowance and allowance and - resettlement work resettlement resettlement, and resettlement Compensation alternative. site clearance cost allowance committee at and district level resettlement, (16) To carry out and site 2.1 monitoring work clearance during committee compensation, (with allowances and Cost for hiring organizational resettlement and SMIC framework site clearance as mentioned implementation in RP) process. * For SMIC: will SMIC Part V: Monitoring plan 28 Thap Cham 220kV substation & connecting branches FIS monitor with }requency as follows: twice in site clearance process and once during construction time impacts of mine- · Warning boards Positions Observe 01 time at starting Calculated III AMT clearance hanging around conducting of mine-clearance project positions of mine- mine- investment clearance clearance cost 2.2 License for working in mine- Cost for hiring SMIC clearance of SMIC implementation 3. Construction phase Impacting on vegetation (1) Clearance (1) For I Observe (1 ),(2) I Calculated in I - Contractor cover as follows: technique. Clearance * For CPPMB and construction - Decreasing vegetation (2) Worker's technique: Contractor: Once I cost Environmental cover due to land awareness of - 01 position at per 3 months supervlsor acquirement for obeying law and the substation during construction underCPPMB 3 1 I constructing substation, regulations on forest - 01 position at phase (from the I Cost for hiring . access road and ROW protection and tower start to the finish) SMIC SMIC Forest fire risk development, fire foundation * For SMIC: prevention and construction Once in extinguish. area of 220kV construction time (3) Relevant transmission Once when document of line where is Part V: Monitoring plan 29 Thap Cham 220kV substation & connecting branches FIS reforestation near to forest. construction implementation - 01 position (3) SMIC: Once at worker tent when completing near to forest construction (belonging to Phuoc Chinh Commune) (2) Worker's awareness: Choosing one of above three positions (3) Phuoc Trung, Phuoc ChinhCPCs Causing impact on I (4) Worker's Several Observe Once during Calculated in I - Contractor animals? implementation of worker's construction time construction - Impacting on animals mitigation measures camps near to of sections cost Environmental and their movement mentioned in Part IV forest crossing over supervisor 3.2 in this EMP forest underCPPMB Cost for hiring SMIC I SMIC Part V· Monitoring plan 30 Cham 220kV substation & branches FIS 3.3 Impacts on air - 01 position * For environmetal m environment as follows: validation at substation monitoring I unit construction - Increasing dust, exhaust 1- operation license and 01 position (8) Air quality I under CPPMB and cost Ellvironmetal by equipment's, its expiration date. at the crossing measurement contractors: once monitoring machine's and material point between equipment per 3 months unit under transportation mean's (6) Checking water 220kV during construction CPPMB activities during spraying work to transmission phase construction process (due reduce dust on soil line and to excavation and backfill service roads. National * SMIC: once in & material transportation) Checking material highway construction time; cover in No.27 and once when Bad smell due to I transportation completing workers'rubbish process. construction (7) Checking rubbish - Increasing noise due to collection construction activities in (8) Checking the project site that will concentration of impact on resident's matters causing air living activities pollution, including dust, PM 10 dust, S02, N0 2, CO, Ph, nOlse. Part V: Monitoring plan 31 Thap Cham 22 Ok V substation & connecting branches FIS I Impacts on soil environment (9) the project - 01 position For m as follow: affected land area at substation measure envi:oru:nental . Iconstruction - 01 position line momtonng unIt cost Environmental - Decreasing agriculture on 220kV under CPPMB and monitoring land area, residential area, transmission contractors: once unit under and fruit-tree land line where per 3 months CPPMB residential during construction land is phase affected * SMIC: once in (Phuoc Chinh construction time; ICost for hiring SMIC Commune) and once when SMIC completing construction - Increasing soil erosion (10) Soil situation at - 01 position I Observe * For I Calculated in I Contractors and washing due to soil some sensitive at substation envi:oru:nental . Iconstruction excavation & filling, positions in - 01 position momtormg umt cost Environmental leveling for substation construction area at crossing under CPPMB and monitoring and tower foundation (11) Excavation and point between contractors: once unit under construction soil filling according 220kV branch per 3 months CPPMB to require and Sat river. during construction phase construction * SMIC: once in ICost for hiring SMIC construction time; SMIC and once when completing construction Part V: Monitoring plan 32 Thap Cham 220kV substation & connecting branches FIS - Impacts by rubbish (12) Monitoring (12) 01 Observe '" For I Calculated in I Contractors Impacts on soil rubbish and solid position at envi~oru:nental . Iconstruction environment due to waste collection and worker tents momtonng umt cost Environmental leaking oil during treatment (13) 01 under CPPMB and monitoring equipment and machine (13) Monitoring oil position at contractors: once unit under maintenance process in leakage from machine and per 3 months CPPMB construction phase equipments, equipment during construction transportation means gathering phase m the project station construction construction area '" SMIC: once in Cost for hiring I SMIC construction time; SMIC and once when completing construction 3.5 Impacts on water (14) Monitoring - At drainage Observe '" For I Calculated in I Contractors environment as follow: domestic and system behind envi~onr:nental . I construction - Pollution by domestic construction sewage worker's camp momtormg umt cost Environmental sewage released from collection and - At some under CPPMB and monitoring worker-tent treatment sensitive contractors: once unit under Pollution by positions in per 3 months CPPMB construction sewage, substation and during construction including water released the connecting phase from concrete mIxmg TIL branches construction plant, water pumped from '" SMIC: once in Cost for hiring I SMIC foundation hole, and construction time; SMIC water released from and once when concrete maintenance. completing construction Part V: Monitoring plan 33 Thap Cham 220kV substation & connecting branches FIS Impact on cultural (15) status of I (15) The west observe * For I Calculated in I Contractors heritages. historical installed fence border of envi~on:nental . Iconstruction monuments (16) worker's substation mOnItonng UnIt cost Environmental implementation of (16) under CPPMB and monitoring mitigation measures Substation contractors: once unit under mentioned in Part IV construction per 3 months CPPMB site during construction 3.6 phase Construction * SMIC: once in Cost for hiring I SMIC construction time; SMIC and once when completing construction 3.7 I Impacting on public 7) Damage level of 02 positions: (13) Observe * SMIC: once In Cost for hiring I SMIC traffic as interrupting road surface National construction time; SMIC traffic and breaking down highway 27 and once when road foundation Inter- completing commune road construction from Phuoc * SMIC: once in Cost for hiring I SMIC Trung to construction time; SMIC Phuoc Chinh and once when communes. completing construction Impacts on worker's (18) Worker's living (18) At I (14,15) Observe * For I Calculated In I Contractors health and labour safety condition worker tents envi~on:nental . I construction 3.8 (19) Workers' I in substation mOnItonng UnIt cost Environmental protective clothing and 01 under CPPMB and monitoring and resident's contractors: once unit under Part V: Monitoring plan 34 Thap Cham 220kV substation & connecting branches FIS Worker's house position per 3 safety regulation where workers during construction implementation hire to stay phase awareness (19) At the construction 'ect site --- Impacting on vegetation (20)I Vegetation I 02 positions I (17) Observe Once per 3 months Calculated m PTC3 cover by cutting down cover status crossmg (every quarter) maintenance through forest cost tree in ROW 4.2 I Causing pollution by (21) Rubbish-bin Substation (18) Observe Every quarter Calculated in I PTC3 substation operator's system status, and management rubbish collection activities and operation ------ cost 4.3 I !impacts on resident's (22) Electromagnetic Substation (19) Every quarter Calculated in I PTC3 and operator's health due field intensity electromagnetic maintainance to electromagnetic field field intensity cost measuring I equipment of 4.4 Impacting on (23) Not implement None None I None I None I None communication line, monitoring in this railway signal and other phase because TILs mitigation measures must be carried out in the design and construction Part V: Monitoring plan 35 Thap Cham 220kV substation & connecting branches FIS 4.5 I Fire, explosion risks I (24)Fire prevention Substation (21) According to According to fire Calculated in I PTC3 and extinguishment fire prevention and prevention and maintenance system fighting agency's fighting agency's cost requirement requirement 4.6 I Leaking oil due to (25) Leaking oil Around (22) Observe When transformer Calculated in I PTC3 transformer failure volume runs out oil transformers failure happens maintenance area cost Part V: Monitoring plan 36 FIS 01 Implementing Construction contractor mitigation Table 5.3 measures mentioned in EMP Reporting periodically to CPPMB on environmental matters 02 Environmental Assessing mitigation measures Table 5.4 monitoring unit under implementation, and parameters CPPMB measurement and monitoring implementation as mentioned in EMP Reporting periodically to CPPMB on environmental matters OSMIC SMIC is an independence Table 5.4 monitoring unit. It is responsible for monitoring all mitigation measures mentioned in EMP Delivering periodically report on . . toCPPMB 04 PTC3 PTC3 is the project management Table 5.5 and operation unit. It is responsible for implementing and monitoring mitigation measures implementation m operation phase Delivering periodically report on EMP implementation CPPMB andWB Part V: Monitoring plan 37 Thap Cham 220kV substation & connecting branches FIS Table 5.3: Report form on environmental management monitoring for contractor Project's name: Project location: Contractor's name: Report at commencement of project or monthly report: Date of .Aron."· Construction phase 1 Damage level of vegetation cover and landscape due to ROW clearance and access road construction. 2 Surface water turbidity, soil erosion and landslide due to excavation and filling 3 Soil environment pollution due to oil leakage during maintenance process 4 Noise level around the project site 5 Dust, exhausts released from machines, trucks and construction activities on material transportation roads and the .ect site. 6 Domestic waste (domestic sewage and rubbish) released by workers and construction waste. 7 Construction workers' and the local people's health care and measures 8 Damage level of the existing road system 9 Surface water quality at construction area 10 Fire, explosion risks Prepared by: Job title: Address: Tel: Part V: Monitoring plan 38 Thap Cham 220kV substation & connecting branches FIS Table 5.4: Report form on environmental implementation monitoring (This fonn is used for environmental monitoring report by SMIC and environmental monitoring unit under CPPMB) Project's name: Location Province: District: Commune: Type of report: Monthly report (yes/no): Quarter report submitted to NPT (yes/no): Date: SMIC (Yes/no): Construction down trees within ROW Dust, exhausts released from machines, trucks and construction activities on 2 material transportation roads and the project site 3 Noise level around the site Worker's rubbish and construction solid 4 waste Soil erosion and landslide due to excavation 5 and due to oil care and at construction area Prepared by: Job title: Part V: Monitoring plan 39 Thap Cham 220kV substation & connecting branches FIS Table 5.5: Report form on environmental implementation monitoring (This fonn is used for environmental monitoring report by the project management and operation unit) Project's name: Location Province: District: Commune: Type of report: Quarter report submitted to NPT (yes/no): Date: Cutting down trees within ROW during I maintenance n1"I'.I'''''~c! Influence caused by electromagnetic field on 2 worker's health Impacts caused by substation operation wokers' 3 rubbish 4 Fire and """' .... "''' and transfonner failure Prepared by: Job title: Part V: Monitoring plan 40 Thap Cham 22 Ok V substation & connecting branches FIS COST ESTIMATE FOR ENVIRONMENT MONITORING Monitoring cost of construction cost, 1 contractor mentioned In construction contract Cost for CPPMB's Cost will be paid by CPPMB Calculated In 2 technical 0 " . . . . .. . , ' " investment cost - 1 supervisor x 3 monitoring 25,000,000 VND Cost for SMIC times x 5,000,000 VND/times (including salary, traveling cost and accommodation cost) 3 = 15,000,000 VND - Salary for office work (synthetising data and preparing report): 10,000,000 VND =2 VND Total monitoring cost 25,OOO,OOOVND Part V: Monitoring plan 41 Thap Cham 220kV substation & connecting branches FIS PART VI: INSTITUTIONAL ACTITVITY DEVELOPMENT 1. Purchase plan of environmental monitoring and measurement equipments The project hasn't a purchase plan of environmental impact mitigation, management and measurement equipments 2. Training/study tours * Training program held by CPPMB (project owner's representative in construction phase): training content includes guideline on environmental monitoring implementation methods mentioned in EMP, and quarterly or periodically report form on result of implementation. It also guides on work plan adjustment in case several activities mentioned in EMP is impossible implemented. It is held for staves of project construction and management units, and presentatives of the relevant agencies and local authorities. Trainning contents focus on: - Trainning on safety in operation and maintenance phase - Trainning on measurment, monitoring and reporting methods in EMP implementation process. It also guides presentatives of the local authorities on role and resposibility of the relevant local authorities during EMP implementation process. In addtion to, it also guides on environmetal quality monitoring method at the project site and filling in environmental monitoring report form. * Trainning program held by PTC3 (project management and operation unit) guides on environmental monitoring and management methods, as well as filling in environmental monitoring report form in operation phase. This training program is held for staves of .ect a n d ' unit. agencIes m environment to organize accomodation cost and invitation Training he 02 01 Before project Selected by PTC3 operation Part VI: Institutional activity development 42 Cham 220kV substation & connecting branches ~~~ ~~~ cost, and accomodation cost and expert invitation Total 27,000,000 Part VI: Institutional activity development 43 Thap Cham 220kV substation & connecting branches FIS PART VII: IMPLEMENTATION ARRANGEMENT Being mainly responsible for overall project Proj ect owner management including environmental NPT management CPPMB Project Being responsible for overall project management implementation arrangement and management in agency construction phase, including EMP implementation guiding and supervising. Being responsible for: - Planning and implementing environmental management activities during construction process. Project - Combining with other agencies in relation to implementation environmental management activities. CPPMB agency Carrying out internal and independent monitoring Supervising and providing budget for monitoring activities. - Reporting environmental information to relative agencIes. Project operation Being responsible for project operation including PTC3 unit environmental management and monitoring activities in operation phase Environmental Being responsible for investigation, public PECC4 consultant consultation and EMP preparation Being responsible for supervising civil work Technical contractors during construction process, supervisor under including environmental management activities CPPMB contractor implementation mentioned in EMP, as well as monitoring implementation according to the existing regulation and law of Viet Nam Being responsible for constructing and Contractor selected monitoring main activities in EMP which by CPPMB Construction contractor must implement. This includes: contractor - Applying mitigation measures in construction phase - Ensuring construction workers' and local Part VIL· Implementation arrangement 44 people's safety during construction process - Implementing Vietnam's law and WB's policies on environmental protection during construction process. Safeguard Being responsible for EMP implementation Consultant selected monitoring independent monitoring. by CPPMB independent consultant (SMIC) Part VII: Implementation arrangement 45 Thap Cham 220kV substation & connecting branches FIS PART VIII: MONITORING AND REPORT SYSTEM Table 8.1: Relevant organization' responsibility for report and assessment THIRD REPORT LEVEL FIRST REPORT LEVEL SECONDARY REPORT LEVEL REPORT FORM Established Submitted Established Submitted Established Submitted Frequency Frequency Frequency by to by to by to Once before construction ENVIRONMENTAL start MANAGEMENT AT and every PROJECT SITE Contractor CPPMB quarter - - - - - - during construction phase ENVIRONMENTAL Technical Every MONITORING supervisor of CPPMB quarter Once per 6 Once per 6 IMPLEMENTA TION CPPMB CPPMB NPT NPT WB months months IN CONSTRUCTION Once per 6 PHASE SMIC CPPMB months ENVIRONMENTAL MONITORING NPT IMPLEMENTATION PTC3 Every year IN OPERATION WB PHASE PartVlII: Monitoring and reporting system 46 Thap Cham 220kV substation & the connecting branches FIS PART IX: COST ESTIMATE OF EMP IMPLEMENTATION .. . . T a ble 91 C ost estimate 0 fEMP'ImplI emen t atlon Imlementation cost (VND) No. Implementation items Operation Construction phase phase 1 Cost of EMP preparation, 66.500.000 VND including: - Cost of investigation, impact and damage assessment, and project information dissemination - Cost of office work, EMP preparation - Cost of public consultation Cost of reforestation (tranfered to 5,500,000 VNDllha* CPC for implementation) 0,3281 ha = 1,804,500 VND Cost of mine-clearance Included in the cost of project construction investment (1,837,041,850) 2 Impact mitigation measures Implementation cost is Implementation calculated in cost is contractor's contract calculated in value annual project operation cost 3 Cost of CPPMB's technial Implementation cost is supervisors included in project I I investment cost I 4 CostofSMIC 25.000.000 VND 5 Cost of capacity improvement 17.000.000 VND 6 Contingency cost Calculated in contingency cost of total cost estimate for project implementation Total 118.500.000 VND * Remark: The above reforestation unit price is referred from unit price that Ninh Thuan Province use in afforestation project of 5 miliion ha forest according to Program 661 (Decision 6611QDITTG dated on July 29, 1998 by Prime Ministry of GO V) PartIX' Estimate cost ofEMP implementation 47 Thap Cham 220kV substation & the connecting branches FIS APPENDICES Appendix 1. Diagram of Thap Cham 220kV substation and the connecting branches location Appendix 2. Confmnation minute of public consultation Appendix 3. Some pictures during public consultation process Appendix 4. Certificate of environmental protection engagement issued by TIlUan Bac DPC dated on March 24, 2009. Appendices 48 Thap Cham 220kV substation & the connecting branches FIS Appendix 1 : Diagram ofThap Cham 220kV substation and the connecting branches location Appendices 49 z 0 ~ If) :: u i i ~ z z 8 ! 0 z c z 0 5 ~ :::) III :E c :: u IL C ~ , > '. 0lil 0 N N . ,~ II. · ~ ~. , 0 :E :.: ~ c B ... S ifi IL IL . ., ' C \ .;." -'\ . ... \ \ Thap Cham 220kV substation & the connecting branches FIS Appendix 2: Confinnation minute of public consultation Appendices 50 CQNG HoA xA HQI CHU NGHiA VI~T NAM DQc I,p - TlI do - H~nh phuc ·--000-- BIEN BAN HOP THAM VAN CONG DONG II Tham khtio y kiln cpng d6ng vi cac win dJ !d hO{lch ta; dinh czr (RP), !d hO{lch qulm Iy mai trlrUng (EMP), Ki hO{lch phat triin dan t(lc thiiu sci (EMDP)" '"' ,1_'""\ r """ Ten Dlf an:. ::r.5.f.\ .. 2..2 .D.hL;t". \;~. ' - ~- ...c:.nLCtla',- .. j .4.).lln\.l. 1\.1'>.-:··: ····· -rl r U1Clm. d I" -l- Dia diem: .....'.A8roD .. ¥l~.tnl. .. f.. ...................................................... Ngay hQP: ......~ j. .~/. .. 2.Q.1.o.·.··.........·.·.........··.·.·........·...·..··.....·...··.···· Thai gian: ........................................................................................ . I. THANH PIiAN THAM DV' -. 1. Dai dien Uy b¥- nh~A dan xa , ··· ~ ····· ~l~(I) ····~ ············· /1' . 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J[~........ ..... f-\-~JJ\.. ~~ ..R,*~T. ......................... . .(..: ..-=1.~ .. \'fl!:\. 13.<.1., .................. : .................... J............................. . ..................................................................................................... .................................................................................................... II. NQI DUNG cuQC HQP ., /' 1. D~'dien chinh quy~n dja phuong 14yen16 ly do cu~c~P ..~(ln1.!h~~ .101.. JaAA.~ ~: ~ ~ - I~ ""'" l~ ,1.-,..., ) '1 \. )nl" +-:: ~ )' ··Z~~ ··MJ;-£:··~"l~·~;w.;;f'""h?l'"J 't;¥~~~~ .... :: .t.P~~ ..t;(:: :~~~::. ~::: ~~~:: ... :.... ::' ...'.: :'.: ~~.~::~............ ::.~ . ::.:: : : 2. D~i di~n Cong ty Tu van Xay d\ffig Di~n 4 bao cao cac nQi dung sau: a. Thong tin chung v~ dll an b. Mo ta dll an (giai do~ xay d\ffig, v~n hanh) c. Cae anh hUOng ctia dll an d~n moi truang, kinh t~ xa hQi. , 1 d. Phuong an b6i thuimg, tai dinh cu va chinh sach cila Ngan hang ThS giOi va crunh phil Vi~t Narn. e. KS hO{lch b6i thuang Uii dinh cu. f. KS ho~ch phat tri& dan tQc thiSu s6. g. Nhiing khiSu n{li. h. Bi~n phap giam thiSu va giam sat nhiing tac dQng cila d\l an dSn moi truOng. . . 3. Y kiSn dong gopcua cac ~i biSu: ····.·.· ·,r·· ~ ·. "'r~. .., ..... '~'[;..:;-f\. . ............ fl·· J:;' ... 'r" ...... ',,:..:..' ................... .. .. .. ~..Y....-t:.uJ). · ~ ··\.l<: ~-.Ji~~h. ~ ~~'::l' n1 Y.1 ::t~tm., ..................... . .. .~.. ,~. M... . .. q~..Ji:n~*~\. :nlUt'r .. 1i.}zJ1W. .~. ~l'f'~"""'" :::;;':7.ii~~ct:d4:M:~9;;)::cg~~:~:~:~~~ ~!R.f.\ r':~r .. sy.ctm .~t.Ir 1fJ' ;PoW ...~.u:. · ...... · ·· · . .. ~ :~~r.. .] .;::tr)1t . ........ ~~..... 1~... <-t~Q.~)p...t?I. /" .~.. ~~ ..~~.. ';:,.~h.~ ::::::::j~~~:::::~~:~:'::~?:::=~~?:?: r ........ '~'I"""'~"'" ~"~'~'f)'" "1" .. .*-....1-. },. '~~ . ....J'lu:tdl .. ~. ·............. 'F # . . ......lfl., tJ· r;;~ r ' ' ' ' '.:.t..:l.~ ·.·. p.............. ..··..· rr'/" .~i~ di~m: .. Jd&.1.17.12 . x~t..kt:t'w. .. /Id;.. ~. ~-'ffd .. .Pt:K~ .f.Izd;. ..................... . Ngay hQP: ......... . IJ.';'I.(J.JI.~-ta .......................... ................................. . Thai gian.: ........................................................................................... . I. THANH pHAN THAM D\f ' 1. E>~ di~~lJY ban nhan dan xl / }')' ..·.-:1~ .. ,7Ltv:. ~(r«. r$)k.t-: ........ :... d.~ ..~: .cJu...-;:l~l). !.(6.I.Yp..~cr:: L. · .. .;J.). ~f!. .. ~Ar: ~Jd...btu/." ................ : ............. : .................. .. ... $). ~~~::. . :~".A:tA. .. ,hlMJ:t.. ....... .............................................. .. . . . .. .. .... . . . . . . . . . . · ·· · · ·· · · · · · · .. · · ·· · · · ··· · · · .. · · · · · · · · ·· · · II . . . . . . . . . . . . . . " ... " . . . . . . II . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2. E>~ dii;n Cong ty ~ p~an Tu van Xay dl!J1g ~i~n 4 I ... r:f.->-.t!f:/.f.a;.trJ~'~::i. ... fd~·..... cf~~ .. t~..·..C~l"tu ......··.·.. ·.... ::::~: :~:'!!'J1~~:: ~.:.: ::~~~:~1.:::::: ~~~:: ::-: ::.:::~:: ~ ~:::: :':::::::::. 3. £)~ di~n .................... , ......................... , .......................................... . 4. D\\i, di~n ngum bi rum huang II. NQI DUNG CUQC HQP 1. D~ di~n chinh quySn dja phllong tuyen ball' do cUQc hQP .................... , ....... . .... . ...... .. .. .. ... . .... .... .. . .. .. .. . . .. .. .... .... . .... . . .... .. .. .. .. . . .................................................................................................................. " 2. D~i dien Cong ty Tu van Xay d\lIlg Di~n 4 bao cao cac nQi dung sau: a. Thong tin chung vS d\l an b. Mo til d\l an (giai dO\\Jl xay d\lIlg, v~ himh) c. Cac 3nh huang cua d\l den moi truOng, kinh te xa hQi. an 1 d. PhU'(mg an b6i thuimg, tai dinh cu va chinh sach Clla Ngan hang The giOi va chinh phti Vi~t Nam. e. K~ hO\lch b.3i thuimg tAi dinh cu. f. K~ hO\lch phat din tQc thieu 56. trien g. Nhilng khi~u n\li. h. Bi~n phap giam thiSu va giam sat nhfrng hic dQng cUa d\l' an d~n moi true:mg. 3. Y kiSn dong gop clla cac d(li bieu: .,....". ................ ...................... ...!......................................................... . D """,I ~ ., P.-:- - ~ lit ... ,., ,it" ~ ....... ,..... ':I... .w............ .... 'h' ~ ....... ·. ,,;; .....,.:, .., ... tL:'A '" '-' "~'!'" fi Tj'C' ~ .................... LhQng....f.lIJiii ... r:..al···.· Lea ..(.1. . .:..jJl.CJ.fYJ ·· v. tl.eti ·. r;JJ';h. h UKfJ ................ ::b.eu. ..cJi, ... ~b. ...dci1.: .1.crf.. .. : hat. ~Q~ .. ~ .................. . ~~ ~ ~ ~~:: ~ ~::.:-:~::: ~C~~ ~:~: ~:: :pt~:Qj:::: iQ~::: h~: ~J.~;{::: ~ -Ifh,~ "f ~ __.:. . ;:I,{~ -4> - . 0_" _·I~. -l-,:, -0_,:-'. ::h)i:::: ·················· l~ ~'11" W-l.QV. ·~tt·· .\;\/';1P···~ ·· U\o .·· ~1 ··· lOu ···~ ·· 9..Q ······ ...................hi.. ~ ....e0.1.l&1].... J';;'J ·· ..rfiI .... :............ :..................... . d.{i. . .. .... . .. " ........................ ~ ..................................................................................... " .................................................................... . ::::::: :~::::: ':i: ::~~::::: ~~:::: :-R£:: :~~::: ba~~ :.t.JQ70j:::;::: :rw: J.it~:~ ............................ " ···· "A." ..... ...... "J" ............. · ~ ~ ...... a}··· / ............................................................ .. .. .. .. . ~ .... ~ ... Vlb ..~ 0. ··~l\!(;. ....~.t..l"U'aJ ..~. Q[l . ................................... .. J { . . ~ ",,- ........................ ,.. 'a············· . ···· ...................... '.... . . . . . . . . ................................. ;".b "" 1- - JD" ,... -- P- -, .~ ~p, fI~ C ...................... OO ...to... ieJ:l.;Md.v.\an.... W.. ¥J.lJ ... -I,Tr.lal.. " ~. :'1~ · · J·.J£lU.coL. .. N.c, . ... ................... dCll:l... ~ .. ~.... ~.................................................. . ...... ........... ....... .......... ......... ... ,....................... ... .... ... . ~ ~ ~: ~ .. .... ...... ._.....ct'r.ui. i1cW: .. :W: .. ~ ...it?Wc. ..~..·CQJ.. ·· ' . ' ·· tol ... . ·................. je'lila~ :.. ee'lo...cur... ).0B ..poOh ... tli.. o/.Jtlo ~Vl8- .. M.a.(. .. . .. ......" ..........M.rU ..: ~11ha.L .. &v.b. .. dJ.o.v......... :................................ .. , . : ::::::::::: : ::::::i:~: ::£~~:::~~ ::6j~: :~e~: :t"~::te;ifu::h,::~o..~~ :1 ru ~ 1""' 1La.'" ... ···.·.···.···...····. ~~ .·· ~ ··· ~·..QJ\ ... l,Aeil .·..{'ltl H/_L ...' ' . ,..1.7 / , :::i::' /l.. ··· ~·· · D_::: fI1Ui .. .Ii.\( JlU,;.I····· / 1 , -I p' - ()""- - fJ'·J"'- ...1-".: ......................Q\ru···oiat ... a~')ao.. AJJol .... Viet .. 0J~ 00 .. A;u?una .. VIh1JI .. -'j-,t v ~f. 1'~· . -J. . . . . DJ'. it> .. / \ (I n -- · ··················'1'aij.... .- J.adh .. v.l,U<.M ·· · l2-t .·· Q.(,)t· ·0 ··· . no4 "! .L.ram .1CQ ··· .{.Cx}l ·· [).J.O··· QJ.\·· ~ ~ ·...................... ±. ':\Il. ·· fjidl ..:........................................................... ·., ......... "....... , ....................................................... , ........ .......................... . '"' 2 ..................................................................................................... .. .. ..... ... ..... .... ..... .. ..... .. ....... .............. ...... .... ..... ........................ . ... ... ... ... ... ... ... ... , , 4. Y kien tra 1m: .......................... ..........................................................'.. . ... . ...... .. ... .... .. ... .. ... ...... ... .... ..... ...... ...... ... .. .... .................. ... ... ...... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ............. ....................................... , ............. , ............................... . ' , 5. Ket lU~: ... C~r.£ ..~Hw. , "...,-.. '" ai£bh? / ' , ... Jla.....OJ1 .. :tt.01 ....~ ..OOtJdL.d.M .. bL ..... oro , , " I'"' :> ..1.9." ···? ::t _" ~L9...7 <.J (.i ...pl'l-~(:ti.~wtt ................................................. Ngay hQP: ..... OtI.CJJ/./l..a:f.Cl ............................................................... . Thai gian: ............................ .............................................. !'................................................................................................... I. THANH pHAN THAM D\f . ~. fJ{li ~i~n Ux ban ~~ dan xli I ') · J i.£\,l11· .)~ ............dw.lis}. .Jl ~AI.P. XA .. ........................... . Q. ~ 'Jt Q. jh~:\. .1? ...~~~~~~..11~ ............. \f~~.jd}C>.~... ~;;JJ)~ ........... ............. . ·15····~~··~·Fi~~·L:;······~~~~···g;··ii···~·············· .. . :.. ::: :: ..~:: ~~~: ..... ~: ..:... ~: ::::::.... ::...... :::. :.::~.. ~. ::~~: ::::: ::::::: :::: : 2. fJ{li di~9 Con~ ty c6"phftrt Tu vin Xay d~g fJiSn 4 ... . ~: ~~:~ :~:::::::::: ::: :::~: ~~: ~:::::::::::::::::: ::::::::::: 3. fJ{li di~n ....................................................................................... .. 4. fJ{li di~n nguai bi anh huang ,. . t· /\/ r .. ·9.il.: ~... . .. .' .. , .Y. Cl.1.1· .i .~~............................................................. . . v !"" · .. .0 .. ~ ... , .ck.J:'k\ .. Lei·· k l ................................................... " ..···...... . . . . .... .. .............................. ...................................................... ... ... .... ... . " "" " .; "" " II. NOI DUNG cuOc HQP 1. D{li di'" n chinh quy~n dia huang e IA b6 Ii do cUQc hQp':"¥1'A()'J. . . d&. r:> ,/1 .- .1C~ · er.if.ll~~ ~~fP.h. . lk~~;};.ffil.tt~;Ix{J. .J ...e.\-(~I{.M'L."". (J f-·· jJ .. 1- - /'. ~ . k ",,..,. ""'r- ) /" . ) ~ ...uc..(!{I( \ J4~"'~~.\lIJtI)Jf. ... ... i~ J ... 7 - J~(""V" .t.';f.l·~.~I.,qb\>~ .. ~ , A b.2'l.dI) .. p a: ? . '"' .@I.l/f/'3f..l~--t.r ... r'\ ,...,-- ·... s.<;;:;:;.. ~ ... ......·.·............·.....·.......·.....................·............................· 2. D{li di~n Cong ty Tu van Xay d\l'Ilg fJien 4 bao cao cac nQi dung sau: a. Thong tin chung v~ d\I an b. Mo ta d\I an (giai dO{ln xay dl,lTlg, v~ hanh) c. Cae anh huang cua d\I an d~n moi tnrimg, kinh t~ xii hoi. 1 , ! / (' d. Phuong an b6i thuang, tai dinh cu va chinh sach ctia Ngan hang Th~ gi6i va chinh phti Vi~t Nam. e. K~ hO/ilch b3i thuimg tai dinh cu. f. Ke hO/ilch phat trien din tQc thieu sA. g. Nhfing khieu n/ilL h. Bi~n phap giam thiSu va giam sat nhfing tac dQng cua d\l an den moi truimg. 3. Y kien dong gop cua cac d~i biSu: :::~:y.:~~:~~JZ.J~J4::1l;;;;'f{P:~~i.4::~::::::::::::::::: ··· :-:-," ·. .D.v? ..(.\t)J\a:r1il~. ~ .J-oaf{..~Ut..lk..t":!~f ..~J " " .· n ..~. r M· -..\ I ' 1 ,.- ~ ~f~. · ··. -, ) · .,.1.,. '£'.a~.·¢.f.1... 'a.f.!'1" · "kr\. t"1.H ·· ctI.l.. · -:.JII·.JJ, · .I ····-:-; ··· ::-r.[."tr;l2.f(·· '~Lll.'" 'J!l . L"" ,/' } ·.........ca.C....~'fJ. _;1) · ·fl.'l~· ..r1tl'tJ.t:lfif:.~.. Pi c. ~~ .r. ~ l-UJ .ul:c; . ~.~... . '-1 "" -L _...... .:.f-?r' """\, ",,'J,r · ··.····· ~~(····~'UP · · -.l-.o ·.' -,\ ..............~~~... ~.. -l '1L-Y .'f' ~ 1tij. .. ' .~!!}'. ... L ,14 J"'" ""ft· OI1i!l',,'21' ..... w}.Jlirun.lP.< . rTli/>' ~. JUd ~ --+- - ""'" .. ~'!t.I.. Ut. ~.fJ}. '.1.":<1.,.1'}· ·n1A1. 'I~(.,f.1· ,.L... .......... c.~(,q.. ¥:\.1ct.l\ .. ~~ ... riP'14-.. .,C'~')i ··· , ·········································· .··. ~ .··.. ,I..[ ..,,::.'" .. ·;..,.:..··n;..;rJ .. ·· '1" 7f -,:",s.:. ii)· .. · ~""";;::J:-;'["'"'''''''''''''' ..... . .....:.... y . I';;/f.JJ .. ~ ..fti... o:a, U]1·.~').;ft.1.Joh' .TI" .AttJl.c.J. ~'.................. . ·. . _.. 'Q.Jr4 . ' " -* , \l'" , ~E... . :\+1 .(..~. · I .JIJ . .....:/. V ) ". a~. '.' 1 / , \ . ............... ...., ~"fi.' ...... . '1!k' L" ....... 7 , " /" · ..............:-J.i. . . '~Hp.'Z'~·~I{t;;L J)'1-,,~:J -f.? -L.. . .. n .ft.i). .,,: or '-) ·:tti),l..,·. . '. . '. /JUt: .t:'.t:>·. IJf r- ::- .;{"I..., ,' I I l' C' 'I f» . .P..tul . ·.a-41 . a ('~ .\.);:;(. ~/. t-\.c:r/) ·. !.l.A lC/'··· · ···.·· -6U· .Cltl.ti ' ·· · I. -. ......... ~. r.rI.anL..__"" ·t1.'l.wa~ L '- '1£" 'J~'...,.. .. 'l' "...... ,.,. /d".......... .. .. .. ·- . . f'"I- d:t.t;{. /' (.n.JtI'J. · .D ' j J ) " " " .. .(; .Q· ·· r I., ,.,.. -~ t"'\.-- ·· (..t.t:I.J I\rII ....., ",. I . ... JRU" · ~.(.,"rI. "Zt/11f. a. «>. .':Z'! .. ,..- ~~H... M...'\ . /' ~(J. . f)}. .. ..I)"""" 1"')/ ........ ..a.~t ....../ /', .V"(:···· C\.Y.Z. - \l :-1-:.-:740.··"k-'X1'::. tJ...;h: ..au.(1.. .Yl(.CUJ. .. U~O(. ,~ ... ........ .. ''JI:-Il~ ..............................:. ,............................................ . :::: ::: :: ::~;,: aJ.1~~~:~~;;RJ.4::fB..~"~·Y :~;:;; {J.'2: :::::::: ~::~~:::.~~::: :~~::: :~~: :::~~:!.~~:~:: .... :: :~~:~:::: 2 4. Y ki~n tra 1m: ...................................... ~ ...................................... .. ... . .. . . . . . .. . .. .. . .. .. .. .. . .. .. .. . ....... .. . .. .. . . .. . .... .. . . .. . .. .... . .... .. .. ..... .......................................................................................... . : ................................................................................ .1................ . ~ ~.t~: :~;£: ::;1dl;,):~}4:.:n::::J;.}.: z.::;;;:. :if.;': pltii.Q· ::::::::::::::::. 6. CUQC hQP k~t thuc vao ..................... , .............................................. .. D,i difo ohiing ogU'Oi bi aoh hmmg ~ I f) i D,. d· C'" ty;C ph~ T U' van . I~O ong co anA J. Xiy dyng Difo 4 3 DANH sAc~ THA~ GI~ TH~ Y~ CQNG DONG .. Tham khao :v kien cQng dong ve cac van de ke hogch tili d;nh ClI' (RP), ki hogch quan /y rnoi truang (EMP), Ki hogch phiit triin dan fQC thiiu (EMDP) " sa Ngay... l.(..thang... t-. .. nam 20(19; T~i :.....U.w..lJ.·.. rtl-.... P.. . . ::T~f"'''' Chile V\l, TT Hqva ten Dja ehi N2h~ R2hifp fj.bi ehu 1 AJu('rtll~ J a~ ")C;j P1\ "l~ fnJM f'T ,I f2 JJ f) Jr/Jo';; lL ttl lY ~ .. pJ.u1 , \((.1.. J"" ( - I C,1I;l'-W. \ ~l!.l.' ..· &.HP - tl ,. D' d',t ......LJ. ..)\Q..- ···· '\\"Q.<;'-.. hh....:-f-.x·· ..-.. J'" ·· e~-'" fti 4 !3 tern: t 'Jl..U;f:"'ik R+l.··. 1-................... .. Ngay hQp: ........ .......Q5:/.Ql/.IllO.W.......................................................... Thai gian: ...................................... : ................................................ .. I. THANH pHAN THAM DV . 1. D,.D.i di~n Uy ban nhAn dAn xa f') f.' N.... LJ ?~ (! ! 'I' .,,....-r ·. I .. ..v .I.\-~ .:... · L. .l.JAI.'\.q. . "''i'.~'\))'I-~'" ..... c.-t~L'-t.. ·· I1.h\. · ~ .G~ ..ll.-U:\. · ..1'Cl... ··············· ..... ... 7\ ..... l'\I ....: "'-l . L ''j·l.'+tlo....... u..."". ,:v. -,~..... \....&i-. ·· JJ.lf- ···· d_~Vl-··(;A,UI,;- f '. J ··!'A- ......·. r- . p- ,..1· .>~' " ' ··· ~ r - .w~.1.:. PI.. ~,,". d.\l..v..".· v.~ ..... al..l.lr·· td1-.. n!C:.. f. JAr:t~ .. .. ~ . ' . f ' 2. ~,i di~n Cong ty cA p~An Tu v~ Xay d\ll1g Di~r 4 I ~ ··. Ci>l(.j··· i ... Ftl.~~\ .Jio~~.. .)-~'\c...<... .·..····..·.· .c ·h..Lc. . .1.-"11- · ·'··co....... ·.I1.s:4 ................ . - , ~ -- dJ .- cJ. I · r t?~ , : ~"~j::::.~::: :~~~~~: :.-. ~:: :~~4::::::: ... ~~:~~::~: :~~~~~:. ~:::::::::::::::: ... 3. D,i di~n ...................................................................................... 4. D,i di~n nguai hi anh huang --' /"'- ~ ·.~~ ..~ ... ~. ~J. J. .. ~u.dJ-;1-..' ............................................................... . · . {)lI\.r" .:..·. J;;a.. ·Pd..Let.;:;'tx .............................................................. . ·............................... ....... " " " . " ...... " ... " " " ... " .......................... " .............................. , .............................. . 1 d. Phuang an b3i thuang, !Ai dinh eu va ehinh saeh eua Ngan hang Th~ giai va erJnh phu Vi~t Nam. e. K~ ho,eh b3i thuang!Ai dinh cu. f. K~ ho,eh phat tri~n dan tQc thi~u s6. g. NhUng khieu n,i. h. Bi~n phap giiun thiSu va giam sat nhilng tac dQng eua d" an den moi truOng. 3. Y kiSn dong gop eua cac d,i bieu: ·....................................................................................................................... '1!-i" ....................................................................... . (.. , .;t.W -, j", .w.s..~ · ..~ .··"1. "-t..,./ ...It. .. ..lJt. . !/J..._ -, f ·.. n/tJII. ·. (}1:i1 ··-k.l'., 1rJ.«)!.................................. . {Jp~ ",' -+:::t ~ 0" '\ (i.{(h iJ'IJtnn 0 1./. ..............u.on ...-1,~I/>::C 'l1' ~ .. JAL .~"'rI' OT~;t1.-w... en .fY1}i"::-:.,q., .................. . ........ - .. .1h.onfr· tF·· .~at; .. :t.u.~ ... ·· dO., ...cfW.dJJ.oo.... {<'11·"L:" -'Xl ..1:'~"" -L~ D - ·e ·................... ·1J.IUJ.<., . , rr1. "·······.·.··· .. _ ,. ·.. *., --" .·· -j_: ~~." *. ~.,.·· * Ii.~ .,*_... _* ."1···" -~":..;..·· ·.:j..".,";"" ········· _. ~ ······ ,·~·1*····"':;'''·''''·'''' ·· - k · . -j" .... y. ... ~ 00.... ue.... k .. .Af.1!WA. · YJiiJ ... uvetI. .. dan .. ti,i .. :jhrtlJ... !WJ ·~ .... ,. 1-:IC...J.;r .-- ,,", _r...1 J . f ' &i:'.'.. ... ....... " - ] L,' ,j?./ ," -IL:- ........... _ ..... cltl.lL .,Q.IC I'(I .. ,I:i2 ... COJ.~.. 1M .. /JJ(lI1fJ··· iJI.()fT.I. ...·r.u~ .. .t.U14. """ " " . ' "/ . " , ... ctary.... ciJo... .cat .../a,o..diIJ...;f<}l···'Thie;;...Sll ... ~,diJJ. . ", XJ .................... ........ " .... " .............. " ............................................................. " ................................................... " .......... " ...... . . , 2 .... ......... ,. ." ... " ......................................... ...................... ............ ., ................ ......... . ., '" ~ ~ ... . ... .... .. .... ... .... .... ... ........ .. ..... .. ... .. .......... .... ...... .. .................................... . ,. .. ......,. ........ ,.. ,. ,. ,. . ,. ,. ..... .. ...... ... ,. .. ,. . ,. ........... .... ........................... ,. .... ................ .... . ,. ,. ,. ,. ,. ,. ,. 4. Y kien tra liri: ............................................................................... . .. .... ...... ..... .. .. ....... .............. .. ..... .... ..... ... ... ,. .. ,. ........................................... ..·..........·.·...·.·.··.··..·.··.··............·..·..·······..···..............................··· 5. K~t lu~: ... V~ .. J:? ..lIlif· .ihu,(.. iu{tt .dJ}..On. .. i~ .JiJp.. rJvl~ ........... ;........ . .. .... ... ... ........ .. ... ............................................................................................................... . .; .. ... ....... ..... ... ....................... .................................. ... ........................ . "' "' '" '" · · .. · .. .. .. '" . . . . . '" '" · · oil . . . . . . . . . . . . . . oil . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ' . . . . . . . . . . . . . . . . . . . . . . . . . '" · '" . . . . . . . . . . . . . . . . . . . . 6. CUQc hQp ket thiic vao .................................................................... .. Nguiri viit bien bin D,i difO ohiing nguiri bi aoh hU'ing (Ky va ghi 1'0 hp ten) D,i di~n Fhinh qu,Y~n ilia phvong . I~n ong ~ D,. d'" C" ty co phan T v van I. 1 ][8 .... ~~~~....~~~ ................. . XAy dl}'Dg DifO 4 CHU T!CH 3 DANH SACH THAM GIA THAM vAN CQNG DONG " Tham khao y kiin c(jng il6ng vi cac win ili ki hO{lch tai ilinh Crt (RP), ki hO{lch quan Iy moi trrtang (EMP), Ki hO{lch phat triin dan t(jc thiiu s6 (EMDP) " I 1 gay... CJ ·· .t anj~.. lJ. .. nam 20 ~ fi:w."· ; T~l :.~ ... w.(... (e;.~ .... · . . . . . . . . . . . . 11-11 . . . · . . . . . . . . . . . . . 11 . . . . Ch.rc VI}, TT He) va t@n Bfa chi Ghi chu N2hinehiep 1 p~ NKII'-i~n mi~n Tnmg da e6 van ban s6645iAMT-TD ngay 10 thang 3 nam 2009 dang ky Ban cam ke't baa v~ moi trttung cua D1! an Tr~m bie'n ap 220kV Thap Cham va cae dUC1ng day da'u n6i. Di~u 2. Chu Dl1 an e6 traeh nhi~m th1!e hi~n dung va diy du nhung n¢i dung v~'bao ve moi tntC1ng neu trong Ban cam ke't bao' ve moi tntCfng. Di~u 3. Ban cam ke't baa ·v~ moi tntong cua Dl,l' an va Gia'y xae nh~n nay l~Cd sO d~ cae cd quan quan ly nba nttde v~ baa v~ moi trttong giam sat, kiem tra. thanh tra, vi~e thl,l'c hi~n baa v~ moi tr\tC1ng trang su6t qua trlnh thi cong xay d\1ng va v~n hanh Dl,l' an. Di~u 4. Oily xae nh4~ nay c6 gia tri ke tU ngay kY./. Ndi nhan: .1\11.,/ TM.UBND HUYtN THU~N BAC '> -eM. dl/ an;/QVf'J' ~:;:q:,=C:-:;·CHU , -' , TICH -SdTNMT; .- - .~'-, ...... J -UBND huy~n Bac Ai; .:';:~ -tJBl'ID huyen Ninh Hlli; / ... ~ -Phong TN-MT; -UBND xa Bifc Phong; -Lu'U VT. Thap Cham 220kV substation & the connecting branches FIS Appendix 5. Correspondences ofNinh Thuan PPC and Bac Ai DPC regarding feedback on Thap Cham 220kV substation and connecting branches location Appendices 53 UY BANNHANDAN CONG BOA xl HOI CHUNGBIA ~T NAM. . .1 TiNHNlNB THU.;.N .. Byc J,p -1\r do' .. B,u phue. so: J11 ~ IUBND-ICT Phan R,ang-TFu1p CltlJm, ngay. elf tbang 7 nDm 2008 vIv th6a thu$n dia di&n xiy ,. d\lllg T~ blan ip 220 kV . 'f!1ap ,Cham vi. dvlmg day diu noi. . Kinh gui: Cong ty C6 phinTu vin Xiy d\lDg Dien 4, .: T}Sp nh~ CO?~ van s6,.1 064/f~ :TV~4:P~~P5 ~gay 1~6/200~ cAua ~ong ty . . Co phio Tu vin Xay dvng Dl~n 4 ve VI~C xm y kien thong nhit thoi thu~ bing vin bin va dia diem va ,hu~g tuyan xay d\D1g hai cong ~ "TBA 220kV Thap Cham vi cac dubng day dau noi" vi "DD 220kV NMD Vinh Tin - Thip Chim", kern thea d\l an Bao cao thoa thu~ dja diem xay d\lDg cong trinh;, _. " . qui cuQc bao sa bao cio phuong an 08/512008 clia'Uy nan 220 din tinh .ketTheo Thongoc;>p nghe109/TB-UBND ngayxiy d\lDg TllOl bien ap nhinkV Thap ve , ChAm - cae duimg day diu nBi vi duemg day 220 kV Nhi may dien V-mh Tin - ThipCham; . , Xet'dS nsl:ti cUs. Sa Cong thuang ~i Ta trinh sa 432/IT-SCT ngay 2In!200S ,~ . " ve vi~c de nghi thoa thu~ dia diem xiy dt)l1g T~ bien ap 220 kV Thap Chim vi cae duemg day diu nBi; y ki~n Clla cae Sa, nganh lien quan, Bi~ bin thoa thu~ eua Uy ban nhan dan cac huy~n: Ninh Phw:1c, ~iinh Son, Bac Ai, Niith Hai, Thu~ Bac, hu rich Uv ban nhan dan tinh Ninh Thu3.nc6 v kj~n thoa thuin nhu sau: · !II . " . 1. Tr~m bi~n ap 220kV Thap Cham va cae duemg: qiy diu n6i thuQc Quy o,ch phat tri~n dj~n l\1c Quae gia giai do~n 2006 . 2015 co xet d~n narn 2025 duQ'C il tU'Ong Chinh phil phe duyet t,i Quyat dinh s6 11012007!QE>-ITg ngay sn12007 va Quy ho,eh phit trian di~n llle tiilh Ninh Thu~ giai C:o~ 2006 - 2010 . xet dSn nim 201-5 du\ye BQ Trucmg BQ Cong nghi~p (nay Ii BI) Cong thuang) . eduy~t lfi Quy~t dinh sa 34221QD~BCN ngay 30/1112006. Doi'do-, "E)~ an "TJllll . in ap 220kY. Thap Cham - eac dUCmg day dly n6i va DuOng '!iy 220kV Nh~ may en· Vinh Tin - Thap .Cham" la phli hqp vo; Quy h~~eh phat trien di~n hIe Quoc gia Quy ho~eh phcit trien di~n l\1e tinh Ninh Th~in.. . 2. Va dia diam :dy d\Illg tr~m bi~n ap 220kV Th8p Cham a) f)ja diem Tr?JTl biSn,ap 220kV Thap Chim d~t t,i dia ph~ th,pn Ba Thap, Bic Phong, huy~n Thu~ B§c, cv th~ nhu sau: - Phia Bie giap t1uOng giao thong lien ilion, -Phia Nam Giap tuy~n duemg djy llOkr Da Nhim - Nna Trang hi~n hfru . · Phi Dong Giap kh: nghi',' trang. . " - Phia T;iy ,....' um\ng s:H Hac - \~Im . . !!.i:.ip - (Ban ve MJt bing vi, tri T~ va cae p~uong an dUemg day dAu n6L. TR.OS.02 - MB~02 do Cong ty 98 phin III van Xiy d\lllg £)i~ 4 l~p thang ~ ~p Bao cao thoa t1lU~ dia diem xay dl}lig cang trinh). ' 3. va cac dU'Cmg day d§u .n6i , . " . a) f)uOng day 220 kV dau noi fir dl100g day 220 kV Da Nhini - Nha ' , ' · dSn. Tr~ bi~n a~ 220kV Thap Ch~: Thang nhit chQn phuong an IA vbi chi~u · tuyen 26,9 km; So m~ch 2 m~ch; so goc lai 12 goc; mo ta nhu sau: , Di8m diu nc3ikhoang cqt 70 .. 71 tuy~nduOng day 220kV Da Nhirn - Nba Trang hi~n hiiu, dugng day vuQ't Quae 19 27Bd!n G1, tiSp 1l}e bam thea ehin- nlii thea huang Dong Nam di vao vilng d6i nlii cao thuQc xi Phuac Dai, Phl10C Chinh (Bac Ai). Ti~p do tdySn' re trai tr3.nh Jehu' dan c~ x~ Phuoc T~g~~n qs cim~ cac phuang anduOng day 110k":, 220kV dang thiSt ke (PA.lA) ve den diem cuoi t~i thanh c3.i 220kV clla TIlm bien ap 220kV Thap Chim d~t t~thon Ba Thap, xi Bic Phong (Thu~ Bic). b) f>uemg day 220 kV fir Nha may di~ Vinh Tin d~ T~ bi~n ap 220k'.' _ Thap Chim~ . , Ge · f)o~ 1: Til Nha may di~n Vinh Ti:n d&t G6 (Khu vvc ranh giOi hai tinh Binh Thl$ va Ninh Thu~).'· ' · DO{m 2(G6 dSn G9): Tu 06 tuy~n dU'ang day 220kV re tnii, bam dQc chan nlii tr3nh khu quy ho~ch cac Khu, C\lm cong nghi~p va Khu cong righi~p ~[uc3i Quan the d~i1 vj tri G9. Dia hinh d6i nui thuQc dia ph?n xi PhuacDiem va Phu6c ivlinh ()linh Phuac). · Do~ 3 (G9 d!n G13): Tic G9 ruy~n re phii VlIqt qua sU6i Tra Van. tranh 'h6 Tra Van va khu dincu N"hj Hi d~n G12, ti~p l\lc bang qua khu d6i nui thip thuqc dia ph," xi Phuac Minh, Nhi Ha, Phuoc Hiiu thuQc huy~n Ninh Phuoc. , # , . . , " · - Do~ 4 (G 13 den 018): Til' G13 tuyen di ~3n~ den G14 gan chan nui S,lU ,fo re phai vuqt Song Quao, qua ruQng hia v~ kh~ dat tro~g m.u ',!Ci_ .Phu~c San, tu" tr3.nh cac khu din ClI xi Phuoc Vinh; tU)len tiep t\!C vuQ"t S.~n~ Dinh den G16, vuqt qua QL27 va hai duemg day 11 OkV t~ khu V\lC Deo C'u vS den G 17, bam dQc thea beri trai dlIimg day 11 OkV Da Nhim · Cam Ranh vS d~n G18. · Dia hinh tuang d5i bing phlng cay b\li, dit ruQng hia va dit mau thuQc xIi Phu6c Hiiu, Phuoc Thai, Phuoc Vinh thuqc huy~n Ninh Phuac va xii Nhcm Son thuQc huy~n Ninh San. . . .' , - f)o~ 5 (Gl~ d~n tJ9.m biSn ap 220kV Thap Cham): Tir Gl'S tuy!n re.phai. ti~'p t\IC bam thee duemg day I IOkV ~i~n htlu d~n G21, sau do re trai.huang :'e ~ui Bit (Tr.inh khu V\TC khai thac da) den G2:. giao cheo ven duemg sat cao toe (d\c ki~i1) vj Jtremg sat B3c - Nam thi~n hfcu) v~ J~n·di~m cu6i t~i Tr~m bi~n ap 2:!OkV Thap Cham d~l t;;li thon B3 Th~lp. Do;-·:} n1yjn di qu.:.! ..ija ph~in x~i Phl!(!C Tr~ng. huy~n b~lc Ai, xj Xmin H5i. hUYt~n \ mil Hal V:l :'(;1 B~k· Plwnc.. ht;\'::1 Thll~i1; 3j~. .. . ~.~ .' . , c) DuOng day 110 kV diu nai til dmmg day 110kVThip Cham _ . . ..·.... den TIlJD bi!n ap 220kV Thap Cham: Trong khom:g cQ! '91,. 92 duemg diy 110: Thap Cuim· Ninh Hai, xay d\II1g cot neo 02 m,ch de re dau noi vA thanh cai IIOkV cua TBA 220kVThap Cham. TuySn duemg day dai khoing 1.400m di son~ song ben trai d\l~g day 110 kV Da Nhio1.- Cam Ranh '':0; kho3n$ each 20m. Tuyen day di qua khu dat mau va cay bl)i $n thuQc thon Ba 1bap, xi Bac Phong, huy~n Thum E~. . d) DuOng day 110 kV diu n3i tit dUOng day 110kV Da Nhim· Cam Ranh den Tr~m bian lip 220kV TIuip Ch~: Tiong kho3.ng cot 258 - 259 eua dUOng diy 110kV Da Nhim - Cam Ranh gan vi tri t1lffi, xay d\1Ilg CQt neo 02 m~eh etS re diu n3i vS thanh em 1IO,kV eua Tr~ b!Sn ap 220kV Thap Chim.-f>uOng day diu n6i . dii khoang 350m di' qua lehu dat trang rn~u thuQc thon Ba Thap, xi Bic Phong, huyen Thu~ Bic. ' . d) Buemg day 110 kV Thap Chim - Ninh PhuOc (til T1lJ1l 'bi!n ap 220kV Thap Cham): Xuit phat til diSm diu thanh eai 1IOkV eua Trwn bian ap 220kV Thap . · Cham, tuySn, duemg day 110 kV cUng ven cac phuong an ~&t 220kV WQt qua , . duimg sit Bac · Nam bam dQc ben phii dubng day 11 OkV f>a Nhim - Cam Ranh dan G8, tiap tl}c t1iy!n re tlii qua hai duemg day I IOkV, VUQt qua Quae 19 27, qua Song Dinh di tr3nh khu dan ClI xi PhuOc San, trcinh cae C\UJl quy ho,ch khu cong sa ; nghi~p di qua mQt khu V\!C trAng hoa miu. . Dja ph~ YUng tuy~n di quathuQc cac xi Bic Phong buyen Thu~ Bic, xi Phuoc Trong huy~n Bac ..\i; xi Xuan Hili, huy~n Ninh Hii; xi Nhan San huy~n · Ninh San; d.c xi Phuac San, Phuae r:1ai, Phuoc Hiiu va PhuOc Nam huy~n Ninh PhuOc chu y~u di qua ning cay b1)i ~~ ddt lIang hoa mau va nl9ng Ilia. (Ban ve ~I~t bing phuang an T~ bi~n ap va dUOng day d~u n6i: ky hi~u TR.08.02 ·tvffi.Ol do Cong ty C6 ph~ TI1 vin Xay dvng f)i~n 4 I~p thang 612008 t,i t~p Bao cao thoi thu~ dia di~m xay dvng cong trinh ). Yeu ciu-Cong ty Cd phin Tu vin Xay d\1Ilg f>ien 4 triSn khai thl!C hi~n dung nQi dung di thoa thu?n ~eu tren, ddng thCri trong quatrlnh th~ hi~n dl! antren dia ban tinh phii tuin thli day dti cac quy dinh nha nuac hi~n binfi ya chli d9ng ph?i hqp ch,t che vo; cac Sa, ban nginh" dia phuong co lien quan de dl)' an duc;rc tien himhthu~IQ'i. . I · Giao Sa Cong thuang theo doi qua trinh thl)'C hi~n va bao cao tinh hinh cho Chli tith Dy ban nhan dan tinh.l. KT.CHiJ TICH- Nui nhan: flYi · , .. PHO CHiJ rICH " .. '., . · Nhu treo: I - IT Tinh U\', IT HDND !inh; · CT. PCT USND tinh 06 Hitu Nghj: · S~ C30g [huang; - Cong ". CPTVXDEN: · CJn~~ tv f)i~1l ".: :: · llm: \T. KT. 00 Hinl N!!hi I · UY BAN NIlAN DAN CQNG HOA xA HOI CHU NGHiAVI~T NAM HUytN B-t\C AI f)qc l,p - TV do - H\mh phuc S6.t15 1UBr..1).,KT Bae Ai. ngay J.l thang 6 niim 2008 V Iv Thoa thu,n huang tuy~n duimg day 220KV NMD Vinh Tan- Thap Cham va thoa th~n dia dIem xay dlrIDg eong trlnh TBA 220KV Thap Cham va cae duemg day ddu n6i. Kinh gai: Cong ty CB phAn Tu v§n xay d\ffig di~n 4 , Ti~p nh~ Cong van s6 919/CV-TVD4-P4 ngay 22/512008 VI v xin thoa thu~ hUOng tuyen duimg dl1y220KV NMD Vinh Tan - Thap Cham va Cong van s6 906/Cv- Vf)4+P5 V/v thoa thu~ dia di~m xay dl!Ilg eong trinh TDA 220KV Thap Cham va cae dUOng day dAu n6i cda Cong ty ca phAn ttl vdn xl1y d\ltlg di~n 4. Sau khi xem xet huang tuyen duang day cda cong trinh va cac duang day ddu n6i vao Tr~ bi~n ap 220KV Thap Cham, Dy ban nhan dan huy~n Dac Ai co y kien nhu sau: 1. Th6ng nhdt thoi thu~ 02 phuong an tuy~n duimg day 220KV NhA may di~n · Vinh Tan Thap Cham do~n tuyen di qua dia ph~ huyen Bac Ai. 2. Huang tuy8n duimg day 220KV til Nha may di~n Vinh Tin den ~ bi~n ap 220KV Thap Cham (dv kien) phil hqp va quy ho~ch phat tri~n kinh te xi hQi Clla dia phuong. 3. Dam bao di~u kien moi wOng trong ph~m vi cho phep. NoinbiD:~ - Nhu tren; - PhOng C6ng Thuong; - Luu VPUB (LD-VT-TH) . ·