China - Jiangxi Shihutang Navigation and Hydropower Complex Project : environmental impact assessment (Vol. 3 of 5) : Environment protection action plan for the pivot area

Page 1 ENVIRONMENT PROTECTION ACTION PLAN FOR THE PIVOT AREA JIANGXI SHIHUTANG SHIPPING AND HYDROPOWER PIVOTAL PROJECT AT THE KAN RIVER CLIENT: NAVIGATIONAL AFFAIRS ADMINISTRATION, JIANGXI PROVINCIAL COMMUNICATIONS BUREAU EVALUATOR CCCC SECOND HARBOR CONSULTANTS CO., LTD. JIANGXI PROVINCIAL WATER RESOURCE PLANNING AND DESIGN INSTITUTE October 2007 WB Loan Application Project E1782 Vol. 3 Page 2 TABLE OF CONTENTS 1.0 GENERAL.......................................................................................................................................................1 1.1 B RIEF I NTRODUCTION TO THE P ROJECT ..........................................................................................................1 1.2 P REPARATION B ASIS .......................................................................................................................................9 1.3 EIA STANDARDS ............................................................................................................................................9 1.4 E NVIRONMENT P ROTECTION O BJECTIVES ....................................................................................................12 2.0 ENVIRONMENT MANAGEMENT...........................................................................................................17 2.1 E MVIRONMENT M ANAGEMENT O RGANS AND R ESPONSIBILITIES .................................................................17 2.2 E NVIRONMENT S UPERVISION .......................................................................................................................20 2.3 E NVIRONMENTAL P ROTECTION T RAINING ...................................................................................................25 2.4 L EGAL E FFECT OF E NVIRONMENT P ROTECTION A CTION P LAN ....................................................................27 3.0 ENVIRONMENT PROTECTION MEASURES........................................................................................30 3.1 E NVIRONMENT P ROTECTION M EASURES AT D ESIGN S TAGE .........................................................................30 3.2 E NVIRONMENT P ROTECTION M EASURES DURING C ONSTRUCTION ...............................................................30 3.3 E NVIRONMENT P ROTECTION M EASURES DURING O PERATION .....................................................................30 4.0 ENVIRONMENT MONITORING PLAN ..................................................................................................30 4.1 E NVIRONMENT M ONITORING P URPOSES ......................................................................................................30 4.2 E NVIRONMENTAL M ONITORING P LAN DURING C ONSTRUCTION ..................................................................30 4.3 E NVIRONMENTAL M ONITORING P LAN DURING O PERATION .........................................................................30 4.4 S UBMISSION OF E NVIRONMENTAL M ONITORING R EPORT ............................................................................30 5.0 ENVIRONMENT PROTECTION INVESTMENT ESTIMATE .............................................................44 5.1 P REPARATION P RINCIPLES AND B ASIS ..........................................................................................................44 5.2 I NVESTMENT I TEM C LASSIFICATION .............................................................................................................44 5.3 E NVIRONMENT P ROTECTION I NVESTMENT E STIMATE ..................................................................................45 Page 3 1 1.0 GENERAL 1.1 Brief Introduction to the Project 1.1.1 Project Class and standard The Project is is a multipurpose project, which takes shipping as the main purpose, gives consideration to power generation and flood control. The project belongs to second-class large (2) type project, with normal impounding level of 56.50m, total reservoir capacity of about 632 million m 3 , the reservoir area at normal level of 29.2km 2 backwater length of 38km 6 water turbine power generating sets, installed capacity of 117MW annual average power generating capacity of 4.8