GOV200132-GC(45)15
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财政部、环境保护部关于调整环境标志产品政府采购清单的通知(第七期清单)文章属性•【制定机关】财政部,环境保护部(已撤销)•【公布日期】2011.01.30•【文号】财库〔2011〕21号•【施行日期】2011.01.30•【效力等级】部门规范性文件•【时效性】现行有效•【主题分类】政府采购正文关于调整公布第七期环境标志产品政府采购清单的通知财库〔2011〕21号党中央有关部门,国务院各部委、各直属机构,全国人大常委会办公厅,全国政协办公厅,高法院,高检院,有关人民团体,各省、自治区、直辖市、计划单列市财政厅(局)、环保局(厅),新疆生产建设兵团财务局、环保局:为加大环境标志产品政府采购工作力度,我们对已发布的“环境标志产品政府采购清单”(以下简称环保清单)进行了调整。
现将调整后的第七期环保清单印发你们,并将有关事项通知如下:一、采购人购买的产品属于政府强制采购节能产品范围的,应当按照《国务院办公厅关于建立政府强制采购节能产品制度的通知》(国办发[2007]51号)和财政部、发展改革委公布的第九期“节能产品政府采购清单”,在强制采购节能产品范围内购买。
对于其中同时列入环保清单和“节能产品政府采购清单”的产品,应当优先于只获得其中一项认证的产品。
二、采购人购买轻型汽车产品时,应当按照中共中央办公厅、国务院办公厅关于党政机关汽车配备使用标准的有关规定执行。
国家公布新的党政机关汽车配备使用标准时,财政部将会同环境保护部及时调整环保清单中的相关产品。
三、环保清单将于2011年7月再次调整并公布,财政部将会同环境保护部对2011年5月底前获得环境标志认证的产品进行审核和公示。
四、相关企业应当保证环保清单所列型号的产品在本期环保清单有效期内稳定供货,凡发生制造商及其代理商不接受参加政府采购活动邀请、列入环保清单的产品无法正常供货以及其他违反《承诺书》内容情形的,采购人及其他相关当事人应当及时将有关情况向财政部反映,财政部经核实,根据具体违规情形,对制造商做出列入不良供应商行为记录、暂停列入环保清单三个月至两年的处理,并在中华人民共和国财政部网站()、中国政府采购网(/)、国家环境保护部网站(/)、中国绿色采购网(http://www.cgpn. org/)上公告。
附件废止的95项地方标准序号地方标准编号地方标准名称1 DB23/T095—2001 肉禽制品中合成色素的快速检测方法微柱色谱法2 DB23/T127—2001 小麦颗粒粉3 DB23/T139—2001 黑加仑高浓度果汁4 DB23/T140—2001 黑加仑高浓度果汁检验方法5 DB23/T160—2005 小玉米楂6 DB23/T161—2001 精制中玉米楂7 DB23/T162—2001 精制玉米颗粒粉8 DB23/T180—1994 优质食用稻米9 DB23/T387—2001 黑加仑高倍浓缩汁10 DB23/T391—2005 玉米楂11 DB23/T395—2011 大麻籽油12 DB23/T396—2008 苏籽油13 DB23/T398—2005 杂粮面14 DB23/T402—2007 免洗大米15 DB23/T405—2001 小麦胚芽16 DB23/T406—2001 小麦胚芽油17 DB23/T418—2005 低脂肪玉米粉18 DB23/T420—2001 特种挂面19 DB23/T751—2004 脱水山野菜20 DB23/T752—2004 中国林蛙油21 DB23/T753—2004 中国林蛙卵油22 DB23/T754—2004 榛蘑干制品23 DB23/T755—2004 元蘑干制品24 DB23/T756—2004 猴头蘑干制品25 DB23/T758—2004 山野菜盐渍品26 DB23/T785—2004 保鲜黑木耳27 DB23/T790--2004 富硒大米28 DB23/T791--2004 高油大豆29 DB23/T792--2004 富硒小米30 DB23/T793--2004 加工用马铃薯31 DB23/T794--2004 黑龙江省春小麦32 DB23/T795--2004 高蛋白大豆33 DB23/T827--2004 真空包装大米34 DB23/T841--2004 无公害农产品马铃薯35 DB23/T849—2004 食品卫生微生物学检验平酸菌的检验36 DB23/T850—2004 食品中非食用色素酸性橙Ⅱ的测定高效液相色谱法37 DB23/T853—2004 食品中超氧化歧化酶(SOD)活性的测定方法38 DB23/T854—2004 食品中生物素(维生素H)含量的测定方法(高效液相色谱法)39 DB23/T855—2004 抗虫转基因玉米的检测方法(PCR法)40 DB23/T856—2004 动物性食品中氯霉素残留量的测定方法(高效液相色谱法)41 DB23/T857—2004 食品中阴离子含量的测定方法(离子色谱法)42 DB23/T858—2004 食品中致病大肠杆菌快速检测方法(多元PCR法)43 DB23/T859—2004 抗草甘磷转基因大豆的检测方法(PCR法)44 DB23/T860—2004 食品卫生微生物学检验绿脓杆菌检验45 DB23/T861—2004 食品中大豆异黄酮含量的测定方法(高效液相色谱法)46 DB23/T862—2004 大豆油中掺入棕榈油的检验47 DB23/T863—2004 小麦粉中掺入无机矿物质的检验48 DB23/T904—2005 肉质嫩度测试方法49 DB23/T910—2005 金红苹果果实标准50 DB23/T911—2005 黑穗醋栗果实标准51 DB23/T914—2005 柞蚕蛹质量52 DB23/T925—2005 食用粳米53 DB23/T927—2005 无公害食品大蒜54 DB23/T962—2005 红松松籽55 DB23/T963—2005 山核桃56 DB23/T964—2005 榛子57 DB23/T965—2005 杏鲍菇58 DB23/T966—2005 白灵菇59 DB23/T971—2005 姬松茸盐渍品60 DB23/T972—2005 薇菜61 DB23/T973—2005 毛尖蘑干制品62 DB23/T974—2005 黄花菜软罐头63 DB23/T975—2005 刺嫩芽软罐头64 DB23/T976—2005 蒲公英65 DB23/T977—2005 蕨菜66 DB23/T978—2005 松口蘑67 DB23/T979—2005 盐渍密环菌68 DB23/T993—2005 腌渍专用黄瓜69 DB23/T994—2005 对俄出口黄瓜70 DB23/T1011—2005 乳粉热处理强度的测定方法高效液相色谱法71 DB23/T1012—2005 畜禽注水肉的判定方法72 DB23/T1016—2005 食品中人参总皂甙的测定分光光度法73 DB23/T1017—2005 乳及乳制品中坂崎肠杆菌的检验74 DB23/T1040—2006 沙棘果75 DB23/T1099—2007 柞蚕食用蛾76 DB23/T1122—2006 异黄酮制品中总大豆异黄酮含量的测定紫外分光光度法77 DB23/T1126—2007 食品中丹参酮Ⅱ—A的测定78 DB23/T1127—2007 食品中葛根素含量的测定79 DB23/T1150—2007 优质原料牛乳80 DB23/T1195—2007 禽蛋中加丽红素、加丽黄素、虾青素的测定高效液相色谱法81 DB23/T1196—2007 植物油中反式脂肪酸的测定红外光谱法82 DB23/T1197—2007 农产品中二氯异氰尿酸钠的测定高效液相色谱法83 DB23/T1199—2007 食品中叶绿素铜钠盐的测定分光光度法84 DB23/T1201—2007 食品中单核细胞增生李斯特氏菌溶血素O快速检测荧光定量PCR法85 DB23/T1202—2007 速冻玉米86 DB23/T1244—2008 豆角中血细胞凝集素的检验87 DB23/T1245—2008 食品中抗性淀粉含量的测定88 DB23/T1271—2008 餐饮业即食水饺操作规范与质量要求89 DB23/T1309—2008 动物源性食品中变形杆菌肠毒素检测方法荧光定量PCR法90 DB23/T1324—2009 果蔬中氯吡脲残流量的测定高效液相色谱法91 DB23/T1334—2009 食品中芦荟甙的测定高效液相色谱法92 DB23/T1335—2009 禽肉中二硝托胺残留量的测定液相色谱-串联质谱法93 DB23/T1336—2009 转谷氨酰胺酶活性的测定94 DB23/T1337—2009 马铃薯中龙葵素的测定95 DB23/T1338—2009 食品中左旋肉碱含量的测定高效液相色谱法。
品目编号品目名称1A货物类2A01土地、建筑物及构筑物3A0101土地、海域及无居民海岛4A010101耕地5A010102园地6A010103林地7A010104草地8A010105商业服务业用地9A010106工矿仓储用地10A010107住宅用地11A010108行政单位用地12A010109事业单位用地13A010110社会团体用地14A010111公共服务用地15A010112体育、娱乐用地16A010113特殊用地17A010114交通运输用地18A010115水域及水利设施用地19A010116海域20A010117无居民海岛21A010199其他土地22A0102建筑物23A010201生产用房24A010202交通、邮电用房25A010203商业及服务业用房26A010204行政单位用房27A010205公共安全用房28A010206事业单位用房29A010207社会团体用房30A010208军事用房31A010209外事用房32A010210宗教用房33A010211居住用房34A010212体育、娱乐用房35A010213市政公共设施用房36A010214仓储用房37A010215房屋附属设施38A010299其他用房39A0103构筑物40A010301池、罐41A010302槽42A010303塔43A010304烟囱44A010305井45A010306坑46A010307台、站47A010308码头48A010309道路49A010310沟50A010311洞51A010312廊52A010313桥梁、架53A010314坝、堰及水道54A010315闸55A010316水利管道56A010317市政管道57A010318库58A010319仓59A010320场60A010321斗61A010322罩棚62A010399其他构筑物63A02通用设备64A0201计算机设备及软件65A020101计算机设备66A02010101巨/大/中型计算机67A020*******巨型计算机68A020*******大型计算机69A020*******中型计算机70A02010102小型计算机71A02010103服务器72A02010104台式计算机73A02010105便携式计算机74A02010106掌上电脑75A02010107平板式微型计算机76A02010199其他计算机设备77A020102计算机网络设备78A02010201路由器79A02010202交换设备80A020*******以太网交换机81A020*******其他交换设备82A02010203集线器83A02010204光端机84A02010205终端接入设备85A02010206网络控制设备86A020*******通信(控制)处理机87A020*******通信控制器88A020*******集中器89A020*******终端控制器90A020*******集群控制器91A020*******多站询问单位92A020*******其他网络控制设备93A02010207网络接口和适配器94A020*******网络接口95A020*******通信适配器96A020*******接口适配器97A020*******光纤转换器98A020*******其他网络接口和适配器99A02010208网络收发设备100A020*******网络收发器101A020*******网络转发器102A020*******网络分配器103A020*******其他网络收发设备104A02010209网络连接设备105A020*******网关106A020*******网桥107A020*******其他网络连接设备108A02010210网络检测设备109A020*******协议分析器110A020*******协议测试设备111A020*******差错检测设备112A020*******其他网络检测设备113A02010211负载均衡设备114A02010299其他网络设备115A020103信息安全设备116A02010301防火墙117A02010302入侵检测设备118A02010303入侵防御设备119A02010304漏洞扫描设备120A02010305容灾备份设备121A02010306网络隔离设备122A02010307安全审计设备123A02010308安全路由器124A02010309计算机终端安全设备125A02010310网闸126A02010311网上行为管理设备127A02010312密码产品128A02010313虚拟专用网(VPN)设备129A02010399其他安全设备130A020104终端设备131A02010401触摸式终端设备132A02010402终端机133A02010499其他终端设备134A020105存储设备135A02010501磁盘机136A02010502磁盘阵列137A02010503存储用光纤交换机138A02010504光盘库139A02010505磁带机140A02010506磁带库141A02010507网络存储设备142A02010508移动存储设备143A02010599其他存储设备144A020106输入输出设备145A02010601打印设备146A020*******喷墨打印机147A020*******激光打印机148A020*******热式打印机149A020*******针式打印机150A020*******其他打印设备151A02010602计算机绘图设备152A02010603计算机光电设备153A02010604显示设备154A020*******液晶显示器155A020*******阴极射线管显示器156A020*******等离子显示器157A020*******其他显示器158A02010605KVM设备159A02010606综合输入设备160A02010607一般输入设备161A020*******键盘162A020*******鼠标器163A020*******控制杆164A020*******其他一般输入设备165A02010608识别输入设备166A020*******刷卡机167A020*******POS机168A020*******纸带输入机169A020*******磁卡读写器170A020*******集成电路(IC)卡读写器171A020*******非接触式智能卡读写机172A020*******触摸屏173A020*******其他识别输入设备174A02010609图形图像输入设备175A020*******扫描仪176A020*******图形板177A020*******光笔178A020*******坐标数字化仪179A020*******其他图形图像输入设备180A02010610语音输入设备181A02010611手写式输入设备182A02010612数据录入设备183A020*******数据采集器184A020*******其他数据录入设备185A02010699其他输入输出设备186A020107机房辅助设备187A02010701机柜188A02010702机房环境监控设备189A02010799其他机房辅助设备190A020108计算机软件191A02010801基础软件192A020*******操作系统193A020*******数据库管理系统194A020*******中间件195A020*******办公套件196A020*******其他基础软件197A02010802支撑软件198A02010803应用软件199A020*******通用应用软件200A020*******行业应用软件201A02010804嵌入式软件202A02010805信息安全软件203A02010899其他计算机软件204A020109计算机设备零部件205A020199其他计算机设备及软件206A0202办公设备207A020201复印机208A020202投影仪209A020203投影幕210A020204多功能一体机211A020205照相机及器材212A02020501照相机213A020*******数字照相机214A020*******通用照相机215A020*******静视频照相机216A020*******专用照相机217A020*******特殊照相机218A02020502镜头及器材219A020206电子白板220A020207LED显示屏221A020208触控一体机222A020209刻录机223A020210文印设备224A02021001速印机225A02021002胶印机226A02021003装订机227A02021004配页机228A02021005折页机229A02021006油印机230A02021099其他文印设备231A020211销毁设备232A02021101碎纸机233A02021102光盘粉碎机234A02021103硬盘粉碎机235A02021104芯片粉碎机236A02021105综合销毁设备237A02021199其他销毁设备238A020212条码打印机239A020213条码扫描器240A020214会计机械241A02021401计算器242A02021499其他会计机械243A020215制图机械244A020216打字机245A020217地址打印机246A020218办公设备零部件247A020299其他办公设备248A0203车辆249A020301载货汽车(含自卸汽车)250A020302牵引汽车251A02030201半挂牵引汽车252A02030202全挂牵引汽车253A02030203特种牵引车254A02030299其他牵引汽车255A020303汽车挂车256A020304汽车列车257A020305乘用车(轿车)258A02030501轿车259A02030502越野车260A02030503商务车261A02030599其他乘用车(轿车)262A020306客车263A02030601小型客车264A02030602大中型客车265A02030699其他客车266A020307专用车辆267A02030701厢式专用汽车268A02030702罐式专用汽车269A02030703集装箱运输车辆270A02030704科学考察车辆271A02030705工程作业车辆272A02030706雪地专用车辆273A02030707校车274A02030708消防车275A02030709警车276A02030710布障车277A02030711清障车278A02030712排爆车279A02030713装甲防暴车280A02030714水炮车281A02030715攀登车282A02030716通讯指挥车283A02030717交通划线车284A02030718防弹车285A02030719医疗车286A02030720通信专用车287A02030721抢险车288A02030722殡仪车289A02030723运钞专用车290A02030724人民法院特种专业技术用车291A02030725渔政执法车292A02030726海事执法车293A02030727机动起重车294A02030728清洁卫生车辆295A020*******垃圾车296A020*******洒水车297A020*******街道清洗清扫车298A020*******除冰车299A020*******扫雪车300A020*******其他清洁卫生车辆301A02030729冷藏车302A02030730炊事车303A02030799其他专用汽车304A020308城市交通车辆305A02030801公共汽车306A02030802有轨电车307A02030803无轨电车308A02030804轨道交通车辆309A020*******地铁、城铁客车310A020*******其他轨道机动车辆311A020309摩托车312A02030901两轮摩托车313A02030902三轮摩托车314A020*******正三轮摩托车315A020*******边三轮摩托车316A02030999其他摩托车317A020310电动自行车318A020311轮椅车319A02031101机动轮椅车(残疾人摩托车)320A02031102电动轮椅车(道路型)321A020312非机动车辆322A02031201人力车323A020*******脚踏车324A020*******手推车325A020*******其他人力车326A02031202畜力车327A02031299其他非机动车328A020313车辆附属设施及零部件329A020399其他车辆330A0204图书档案设备331A020401图书档案装具332A02040101固定架、密集架333A02040102案卷柜334A02040103底图柜335A02040104磁带柜336A02040105卡片柜337A02040106防磁柜338A02040199其他图书档案装具339A020402缩微设备340A02040201缩微摄影机341A02040202冲洗机342A02040203拷贝机343A02040204阅读器344A02040205阅读复印机345A02040206放大复印机346A02040207胶片装片机347A02040208缩微品检索设备348A02040209胶片剪接设备349A02040210胶片洁片设备350A02040299其他缩微设备351A020403图书档案消毒设备352A02040301物理方法消毒设备353A02040302化学方法消毒设备354A020404图书档案设备的零附件355A020499其他图书档案设备356A0205机械设备357A020501内燃机358A02050101柴油内燃机359A02050102汽油内燃机360A02050103气体燃料内燃机361A02050199其他内燃机362A020502燃气轮机363A020503汽轮机364A020504锅炉365A02050401工业锅炉366A02050402民用锅炉367A020505水轮机368A020506风力机369A020507潮汐动力机械370A020508液压机械371A02050801液压缸372A02050802液压泵373A02050803液压阀374A02050804液压马达375A02050805液压管件376A02050806液力变矩器377A02050807液压元件378A02050899其他液压机械379A020509金属加工设备380A02050901金属切削机床381A02050902锻压机械设备382A02050903铸造设备383A02050904工业机械手384A02050905工业机器人385A02050906热处理设备386A02050907金属切割设备387A02050908金属焊接设备388A02050909金属表面处理设备389A02050910金属喷涂设备390A02050911粉末冶金设备391A02050912通用工业窑炉392A02050999其他金属加工设备393A020510塑料压制液压机394A020511成板机械395A020512起重设备396A02051201轻小型起重设备397A02051202桥式起重机398A02051203门式起重机399A02051204半门式起重机400A02051205浮式起重机401A02051206缆索起重机402A02051207门座式起重机403A02051208港口门座式起重机404A02051209塔式起重机405A02051210冶金起重机406A02051211铁路起重机407A02051212流动式起重机408A02051213甲板起重机409A02051214桅杆起重机410A02051215悬臂起重机411A02051216平衡式起重机412A02051217起重滑车413A02051218起重葫芦414A02051219绞车和绞盘415A02051220千斤顶416A02051221悬挂单轨系统417A02051222移动式吊运架418A02051223跨运车419A02051224升船机420A02051225水利闸门启闭机421A02051226滑模顶升机422A02051227起重用吊斗、铲、抓斗和夹钳423A02051228电梯424A02051229自动扶梯425A02051230自动人行道426A02051299其他起重设备427A020513输送设备428A02051301带式输送机械429A02051302气动输送机430A02051303螺旋输送机431A02051304刮板输送机432A02051305埋刮板输送机433A02051306板式输送机434A02051307悬挂输送机435A02051308牵引链输送机械436A02051309斗式提升输送机437A02051310液力输送机438A02051311振动输送机439A02051312辊子输送机440A02051313升运机441A02051314架空索道输送设备442A02051315机场输送设备443A02051316集装箱444A02051317集装箱输送设备445A02051318输送管道446A02051319斜坡绞车447A02051399其他输送设备448A020514给料设备449A020515装卸设备450A02051501堆取机械451A02051502装船机452A02051503装车机453A02051504卸船机454A02051505卸车机455A02051506翻车机456A02051507原料混匀机457A02051599其他装卸设备458A020516仓储设备459A02051601立体仓库设备460A02051699其他仓储设备461A020517机械立体停车设备462A020518气垫搬运装置463A020519泵464A02051901离心泵465A02051902混流泵466A02051903轴流泵467A02051904往复泵468A02051905回转泵469A02051906旋涡泵470A02051907真空泵471A02051999其他泵472A020520风机473A02052001离心式风机474A02052002轴流风机475A02052003螺杆式风机476A02052099其他风机477A020521气体压缩机478A02052101离心式压缩机479A02052102轴(混)流式压缩机480A02052103往复式压缩机481A02052104螺杆式压缩机482A02052105刮板式压缩机483A02052106液环压缩机484A02052199其他气体压缩机485A020522气体分离及液化设备486A02052201空气分离设备487A02052202稀有气体提取设备488A02052203工业气体分离设备489A02052204气体液化设备490A02052205车装气体分离设备491A02052299其他气体分离及液化设备492A020523制冷空调设备493A02052301制冷压缩机494A02052302冷库制冷设备495A02052303冷藏箱柜496A02052304制冰设备497A02052305空调机组498A02052306恒温机、恒温机组499A02052307去湿机组500A02052308加湿机组501A02052309专用制冷、空调设备502A02052399其他制冷空调设备503A020524真空获得及其应用设备504A02052401真空获得设备505A02052402真空应用设备506A02052403真空检测设备507A02052404真空系统附件508A02052499其他真空获得及应设备509A020525分离及干燥设备510A02052501离心机511A02052502分离机512A02052503过滤机513A02052504萃取机514A02052505搅拌机械515A02052506浓缩机械516A02052507干燥机械517A02052599其他分离及干燥设备518A020526减速机及传动装置519A02052601摆线针轮减速机520A02052602行星减速机521A02052603圆柱齿轮减速机522A02052604圆锥齿轮减速器523A02052605蜗轮蜗杆减速器524A02052606无级变速器525A02052607液力耦合器526A02052699其他减速机及传动装置527A020527飞轮和皮带轮528A020528离合器529A020529联轴器530A020530铰接链条531A020531包装机械532A02053101充填机械533A02053102灌装机械534A02053103封口机械535A02053104容器成型包装机械536A02053105裹包机械537A02053106捆扎打包机械538A02053107集合装箱机械539A02053108真空包装机械540A02053109容器清洗机械541A02053110容器消毒机械542A02053111容器干燥机械543A02053112贴标签机械544A02053113包装计量机械545A02053114多功能包装机械546A02053115辅助包装机械547A02053116包装用软管制造机械548A02053117饮料充气机549A02053199其他包装机械550A020532植物等有机物粉碎选别设备551A02053201粉碎机552A02053202研磨机553A02053203分选机554A02053204筛分设备555A02053299其他植物等有机物粉碎选别设备556A020533电动及小型台式工具557A020534机械设备零部件558A020599其他机械设备559A0206电气设备560A020601电机561A02060101发电机562A02060102直流电机563A02060103无刷直流电机564A02060104交流电机565A02060105交直流两用电机566A02060106直线电机567A02060107步进电机568A02060108传感电机569A02060109开关磁阻电机570A02060110移相器571A02060111潜水电泵572A02060199其他电机573A020602变压器574A020603调压器575A020604变频设备576A020605电抗器577A020606互感器578A020607避雷器579A020608整流器580A020609镇流器581A020610半导体逆变设备582A020611半导体直、变流设备583A020612高压输变电用变流设备584A020613牵引用变流器585A020614电机调速用半导体变流设备586A020615电源设备587A02061501稳压电源588A02061502稳流电源589A02061503稳频电源590A02061504不间断电源(UPS)591A02061505多用电源592A02061506变频器593A02061507充电机594A02061508直流电源595A02061509交流电源596A02061510电池组597A020*******原电池和原电池组598A020*******蓄电池及充电装置599A020*******电池及能源系统600A02061599其他电源设备601A020616电容器602A020617生产辅助用电器603A02061701电阻器604A02061702变阻器605A02061703开关电器设备606A02061704断路器607A02061705控制器608A02061706接触器609A02061707起动器610A02061708电继电器611A02061709控制继电器612A02061710保护继电器613A02061711开关柜614A02061712控制设备615A02061713配电屏616A02061714配电箱617A02061715端子箱618A02061716保护屏619A02061717同期屏620A02061718故障录波屏621A02061719电容器柜622A02061720电容器箱623A02061721受电箱624A02061722受电屏625A02061723熔断器626A02061724电缆桥架627A02061725插头插座和耦合器628A02061726接线盒和端子629A02061727电源插座和转换器630A02061799其他生产辅助用电器631A020618生活用电器632A02061801制冷电器633A020*******电冰箱634A020*******冷藏柜635A020*******其他制冷电器636A02061802空气调节电器637A020*******风扇638A020*******通风机639A020*******空调机640A020*******空气滤洁器641A020*******空气净化设备642A020*******排烟系统643A020*******取暖器644A020*******调湿调温机645A020*******其他空气调节电器646A02061803清洁卫生电器647A020*******洗衣机648A020*******吸尘器649A020*******洗碗机650A020*******厨房电动废物处理器651A020*******泔水处理器652A020*******其他清洁卫生电器653A02061804熨烫电器654A02061805烹调电器655A02061806食品制备电器656A02061807饮水器657A02061808热水器658A02061809美容电器659A02061810保健器具660A02061811电热卧具、服装661A02061899其他生活用电器662A020619照明设备663A02061901矿灯664A02061902建筑用灯具665A02061903车、船用灯666A02061904水下照明灯667A02061905民用机场灯具668A02061906防爆灯具669A02061907农业用灯具670A02061908室内照明灯具671A02061909场地用灯672A02061910路灯673A02061911移动照明灯塔674A02061912除害虫用灯675A02061913应急照明灯676A02061914体育比赛用灯677A02061915手电筒678A02061916发光标志、铭牌679A02061917摄影专用灯680A02061999其他灯具681A020620电气机械设备682A02062001工业电热设备(电炉)683A02062002电气物理设备684A02062003电动工具685A02062004换能器686A02062099其他电气机械设备687A020621绝缘电线和电缆688A020622光缆689A020623电气设备零部件690A020699其他电气设备691A0207雷达、无线电和卫星导航设备692A020701地面雷达693A02070101地面导航雷达694A02070102航空管理雷达695A02070103港口交通管制雷达696A02070104地面交通管制雷达697A02070105地面气象雷达698A02070106地面测量雷达699A02070107地面对空监视雷达700A02070108地面对海监视雷达701A02070109地面目标指示雷达702A02070110低空补盲雷达703A02070111地面跟踪雷达704A02070112精密进场雷达705A02070113地面二次雷达706A02070114双/多基地雷达707A02070115超视距雷达708A02070116无源雷达709A02070117地面相控阵雷达710A02070199其他地面雷达711A020702机载雷达712A02070201航行雷达713A02070202多卜勒导航雷达714A02070203机载着陆雷达715A02070204数传导航雷达716A02070205机载气象雷达717A02070206机载对空监视雷达718A02070207机载对海监视雷达719A02070208机载地形测绘雷达720A02070209机载地质勘探雷达721A02070210机载测高雷达722A02070211机载防撞雷达723A02070212机载雷达信标机724A02070213机载跟踪雷达725A02070214地形回避与地形跟随雷达726A02070215机载测量雷达727A02070216机载资源勘探雷达728A02070217机载二次雷达729A02070218机载相控阵雷达730A02070219机载合成孔径雷达731A02070299其他机载雷达732A020703舰船载雷达733A02070301舰船导航雷达734A02070302舰船气象雷达735A02070303船载对空监视雷达736A02070304船载对海监视雷达737A02070305船载目标指示雷达738A02070306船载引导雷达739A02070307船载航空管制雷达740A02070308船载二次雷达741A02070309船载相控阵雷达742A02070310船载航运管制雷达743A02070311船载测量雷达744A02070399其他舰船载雷达745A020704雷达配套设备746A02070401雷达地面天线747A02070402雷达训练器748A02070403雷达图像传输设备749A02070404雷达显示设备750A02070405雷达车厢751A02070406雷达发电机组752A02070499其他雷达配套设备753A020705星载雷达754A020706气球载雷达755A020707雷达维修备件756A020708机载无线电导航设备757A02070801信标接收机758A02070802无线电罗盘759A02070803机载着陆设备760A02070804近程导航机载设备761A02070805机载无线电高度表762A02070899其他机载无线电导航设备763A020709地面航空无线电导航设备764A02070901定向设备765A02070902导航机766A02070903航标发射机767A02070904近程导航系统地面设备768A02070905微波仪表着陆地面设备769A02070999其他地面航空无线电导航设备770A020710机动定向导航设备771A02071001机动定向设备772A02071002机动导航设备773A02071099其他机动定向导航设备774A020711舰船载无线电导航设备775A02071101舰船载导航接收机776A02071102舰船载无线电测向机777A02071103舰船载无线电示位标778A02071199其他舰船载无线电导航设备779A020712地面舰船无线电导航设备780A020713卫星定位导航设备781A020714卫星遥感设备782A020715雷达和无线电导航设备零部件783A020799其他雷达和无线电导航设备784A0208通信设备785A020801无线电通信设备786A02080101通用无线电通信设备787A02080102移动通信(网)设备788A02080103航空无线电通信设备789A02080104舰船无线电通信设备790A02080105铁道无线电通信设备791A02080106邮电无线电通信专用设备792A02080107气象通信专用无线电通信设备793A02080199其他无线电通信设备794A020802接力通信系统设备795A02080201超短波接力通信设备796A02080202模拟微波接力通信设备797A02080203数字微波接力通信设备798A02080204电视微波接力设备799A02080299其他接力通信系统设备800A020803散射通信设备801A02080301散射通信机802A02080302散射通信配套设备803A02080399其他散射通信设备804A020804卫星通信设备805A02080401地面站天线设备806A02080402上行线通信设备807A02080403下行线通信设备808A02080404通信卫星配套设备809A02080405卫星电视转播设备810A02080406气象卫星地面发布站设备811A02080407气象卫星地面接收站设备812A02080408气象卫星地面数据收集站设备813A02080409卫星电话814A02080499其他卫星通信设备815A020805光通信设备816A02080501光缆通信终端设备817A02080502光通信中继设备818A02080503光通信复用设备819A02080504光通信配套设备820A02080505光纤放大器821A02080506合波器822A02080507分波器823A02080508光纤色散补偿装置824A02080509无纤光通信设备825A02080510脉冲编码调制终端设备826A02080511光传输设备827A020*******多业务传输送设备828A020*******光传送网设备829A020*******其他光传输设备830A02080599其他光通信设备831A020806载波通信系统设备832A02080601电缆载波通信设备833A02080602电力线载波通信设备834A02080603矿用及矿山采选用载波通信设备835A02080604微波通信用载波通信设备836A02080605载波电报机及载波业务通信设备837A020807电话通信设备838A02080701固定电话机839A020*******普通电话机840A020*******特种电话机841A02080702移动电话842A02080703电话交换设备843A02080704会议电话调度设备及市话中继设备844A02080799其他电话通信设备845A020808视频会议系统设备846A02080801视频会议控制台847A02080802视频会议多点控制器848A02080803视频会议会议室终端849A02080804音视频矩阵850A02080899其他视频会议系统设备851A020809电报通信设备852A02080901收发报机853A02080902电传打字机854A02080903凿孔设备855A02080904译码设备856A02080905人工用户电报交换设备857A02080906用户电报自动交换设备858A02080907智能电报终端设备859A02080908声校微机电报打印设备860A02080909数字电报通信设备861A02080910纠错设备862A02080911转换设备863A02080912电报加密机864A02080913无线电报接收设备865A02080999其他电报通信设备866A020810传真及数据数字通信设备867A02081001传真通信设备868A02081002数据调制、解调设备869A02081003数传机870A02081004数据复接交换设备871A02081005脉码调制终端设备872A02081006增量调制终端设备873A02081007数字电话电报终端机874A02081008数据、多媒体通信终端设备875A02081099其他传真及数据、数字通信设备876A020811微波接力通信设备877A020812IP与多媒体通信设备878A020813通信配套设备879A020814通信机房专用设备880A020815天线881A02081501发射天线882A02081502接收天线883A020816通信网络维护和管理系统884A020817通信设备零部件885A020899其他通信设备886A0209广播、电视、电影设备887A020901广播发射设备888A02090101中波广播发射机889A02090102短波广播发射机890A02090103调频广播发射机891A02090104调频立体声广播发射机892A02090105调频广播差转台893A02090106机动广播发射台894A02090107数字音频广播发射机895A02090199其他广播发射台896A020902电视发射设备897A02090201米波电视发射机898A02090202分米波电视发射机899A02090203双伴音电视发射机900A02090204电视差转机901A02090205机动电视发射台902A02090206数字广播电视发射机903A02090299其他电视发射设备904A020903广播和电视接收设备905A020904音频节目制作和播控设备906A02090401广播专用录放音设备907A02090402调音台908A02090403监听机(机组)909A02090404声处理设备910A02090405收音设备911A02090406播控设备912A02090499其他音频节目制作和播控设备913A020905视频节目制作和播控设备914A02090501电视录制及电视播出中心设备915A02090502机动电视转播及电视播出采访设备916A02090503录像编辑设备917A02090504专业摄像机和信号源设备918A02090505视频信息处理设备919A02090506电视信号同步设备920A02090507电视图文创作系统设备921A02090599其他视频节目制作和播控设备922A020906多工广播设备923A020907立体电视设备924A020908卫星广播电视设备925A02090801集体接收设备926A02090802上行站接收设备927A02090803接收测试站设备928A02090804普及型卫星广播电视接收附加装置929A02090899其他卫星广播电视设备930A020909电缆电视分配系统设备931A02090901共用天线电视系统设备932A02090902单向电缆电视系统设备933A02090903双向电缆电视系统设备934A02090904光缆电视分配系统设备935A02090999其他电缆电视分配系统设备936A020910电视设备937A02091001普通电视设备(电视机)938A02091002特殊环境应用电视监视设备939A02091003特殊功能应用电视设备940A02091004特种成像应用电视设备941A02091099其他电视设备942A020911视频设备943A02091101录像机944A02091102通用摄像机945A02091103摄录一体机946A02091104平板显示设备947A02091105电视唱盘948A02091106激光视盘机949A02091107视频监控设备950A02091108视频处理器951A02091109虚拟演播室设备952A02091110字幕机953A02091199其他视频设备954A020912音频设备955A02091201录放音机956A02091202收音机957A02091203音频功率放大器设备(功放设备)958A02091204电唱机959A02091205音响电视组合机960A02091206话筒设备961A02091207数码音频工作站及配套设备962A02091208声画编辑机963A02091209录音外围设备964A02091210扩音设备965A02091211音箱966A02091212复读机967A02091213语音语言实验室设备968A02091299其他音频设备969A020913组合音像设备970A02091301音视频播放设备971A02091302闭路播放设备972A02091303同声现场翻译设备及附属设备973A02091304会议、广播及音乐欣赏系统974A02091399其他组合音像设备975A020914播出设备976A02091401机械手播出设备977A02091402硬盘播出设备978A02091403播出周边设备979A02091499其他播出设备980A020915电影设备981A02091501传版设备982A02091502编辑、采访设备983A02091503压片加工设备984A02091504唱机生产设备985A02091505盒式音带加工设备986A02091506影视片制作、维护设备987A02091599其他电影设备988A020916传声器、扬声器、耳塞机989A020917无线寻呼机990A020918磁(纹)卡和集成电路卡991A020919广播、电视、电影设备零部件992A020999其他广播、电视、电影设备993A0210仪器仪表994A021001自动化仪表995A02100101温度仪表996A02100102压力仪表997A02100103流量仪表998A02100104物位及机械量仪表999A02100105显示及调节仪表1000A02100106气动、电动单元组合仪表1001A02100107基地式仪表1002A02100108绘图仪1003A02100109集中控制装置1004A02100110执行器1005A02100111自动成套控制系统1006A02100112工业控制用计算机系统1007A02100199其他自动化仪表1008A021002电工仪器仪表1009A02100201电度表1010A02100202实验室电工仪器及指针式电表1011A02100203数字电网监测表1012A02100204电阻测量仪器1013A02100205记录电表、电磁示波器1014A02100206测磁仪器1015A02100207扩大量程装置1016A02100299其他电工仪器仪表1017A021003光学仪器1018A02100301显微镜1019A02100302光学计量仪器1020A02100303物理光学仪器1021A02100304光学测试仪器1022A02100305电子光学及离子光学仪器1023A02100306航测仪器1024A02100307光谱遥感仪器1025A02100308红外仪器1026A02100309激光仪器1027A02100310望远镜1028A02100311眼镜1029A02100312光导纤维和纤维束1030A02100313透镜、棱镜、反射镜1031A02100399其他光学仪器1032A021004分析仪器1033A02100401电化学分析仪器1034A02100402物理特性分析仪器及校准仪器1035A02100403热学式分析仪器1036A02100404光学式分析仪器1037A02100405射线式分析仪器1038A02100406波谱仪1039A02100407质谱仪1040A02100408色谱仪1041A02100409磁式分析仪1042A02100410晶体振荡式分析仪1043A02100411蒸馏及分离式分析仪1044A02100412气敏式分析仪1045A02100413化学变色式分析仪1046A02100414多种原理分析仪1047A02100415环境监测仪器及综合分析装置1048A02100416分析仪器辅助装置1049A02100499其他分析仪器1050A021005试验机1051A02100501金属材料试验机1052A02100502非金属材料试验机1053A02100503工艺试验机1054A02100504测力仪器1055A02100505动平衡机1056A02100506振动台与冲击台1057A02100507碰撞台1058A02100508无损探伤机1059A02100509包装件试验机1060A02100510结构试验机1061A02100511橡胶制品检测机械1062A02100599其他试验机1063A021006试验仪器及装置1064A02100601分析天平及专用天平1065A02100602动力测试仪器1066A02100603试验箱及气候环境试验设备1067A02100604生物、医学样品制备设备1068A02100605应变及振动测试仪器1069A02100606型砂铸造试验仪器及装置1070A02100607真空检测仪器1071A02100608土工测试仪器1072A02100609实验室高压釜1073A02100610电子可靠性试验设备1074A02100699其他试验仪器及装置1075A021007计算仪器1076A02100701液体比重计1077A02100702玻璃温度计1078A02100703气压计1079A02100704湿度计1080A02100705液体压力计1081A02100706气体与液体计量仪表1082A02100707速度测量仪表1083A02100708产量计数器1084A02100709计费与里程表1085A02100710计步器、频闪仪1086A021008量仪1087A02100801齿轮量仪1088A02100802螺纹量仪1089A02100803形位误差检查仪1090A02100804角度量仪1091A02100899其他量仪1092A021009钟表及定时仪器1093A02100901钟1094A02100902表1095A02100903定时器1096A02100904时间记录装置1097A02100905钟表机心1098A02100999其他钟表及定时仪器1099A021010仪器仪表零部件1100A021099其他仪器仪表1101A0211电子和通信测量仪器1102A021101数字、模拟仪表及功率计1103A02110101数字仪表及装置1104A02110102模拟式电压表1105A02110103功率计1106A021102元件器件参数测量仪1107A02110201电阻器、电容器参数测量仪1108A02110202敏感元件、磁性材料、电感元件测量仪1109A02110203电子元件参数测量仪1110A02110204半导体器件参数测量仪1111A02110205集成电路参数测量仪1112A02110299其他元件器件参数测量仪1113A021103时间及频率测量仪器1114A021104网络特性测量仪1115A021105衰减器1116A021106滤波器1117A021107放大器1118A021108场强干扰测量仪器及测量接收机1119A021109波形参数测量仪器1120A021110电子示波器1121A021111通讯、导航测试仪器1122A021112有线电测量仪1123A021113电视用测量仪1124A021114声源、声振信号发生器1125A021115声级计1126A021116电声滤波器1127A021117电声放大器1128A021118声振测量仪1129A021119声振仪器校准装置1130A021120电话、电声测试仪器1131A021121声振分析仪1132A021122数据仪器1133A021123计算机用测量仪器1134A021124核仪器与核辐射探测器1135A021125交直流电测量仪器1136A021126磁场测量仪器1137A021127综合测量仪1138A021128电子和通信测量仪器零部件1139A021199其他电子和通信测量仪器1140A0212计量标准器具及量具、衡器1141A021201长度计量标准器具1142A02120101端度计量标准器具1143A02120102线纹计量标准器具1144A02120103齿轮参数计量标准器具1145A02120104角度计量标准器具1146A02120105光学仪器检测器具1147A02120199其他长度计量标准器具1148A021202热学计量标准器具1149A02120201温度计量标准器具1150A02120202热量计量标准器具1151A02120203湿度计量标准器具1152A02120299其他热学计量标准器具1153A021203力学计量标准器具1154A02120301质量计量标准器具1155A02120302容量计量标准器具1156A02120303密度计量标准器具1157A02120304流量计量标准器具1158A02120305压力及真空计量标准器具1159A02120306测力计量标准器具1160A02120307硬度计量标准器具1161A02120308振动、加速度及转速计量标准器具1162A02120399其他力学计量标准器具1163A021204电磁学计量标准器具1164A02120401电表类计量标准器具1165A02120402交流计量标准器具1166A02120403直流计量标准器具1167A02120404高电压大电流计量标准器具1168A02120405磁特性计量标准器具1169A02120499其他电磁学计量标准器具1170A021205无线电计量标准器具1171A02120501电压及功率参数计量标准器具1172A02120502信号及脉冲参数计量标准器具1173A02120503噪声参数计量标准器具1174A02120504元器件参数计量标准器具1175A02120505相位参数计量标准器具1176A02120506微波阻抗参数计量标准器具1177A02120507场强参数计量标准器具1178A02120508衰减计量标准器具1179A02120599其他无线电计量标准器具1180A021206时间频率计量标准器具1181A021207电离辐射计量标准器具1182A021208光学计量标准器具1183A021209声学计量标准器具1184A021210化学计量标准器具1185A021211量具1186A021212衡器1187A02121201地上衡1188A02121202地中衡1189A02121203轨道衡1190A02121204钢材秤1191A02121205皮带秤1192A02121206吊秤1193A02121207配料秤1194A02121208定量秤1195A02121209台案秤1196A02121210液体秤1197A02121211气体秤1198A02121212料斗秤1199A02121213核子秤1200A02121214计数秤1201A02121299其他衡器1202A021213标准物质1203A021214计量标准器具零附件1204A021299其他计量标准器具1205A03专用设备1206A0301探矿、采矿、选矿和造块设备1207A030101钻探机1208A030102装药填充机械1209A030103矿用装载设备1210A030104煤矿生产监测监控设备1211A030105煤矿防治水设备1212A030106煤矿支护装备1213A030107提升、运输设备和绞车1214A030108选矿和洗矿设备1215A030109造块设备1216A030110探矿、采矿、选矿和造块设备零部件1217A030199其他探矿、采矿、选矿和造块设备1218A0302石油天然气开采专用设备1219A030201油气水井设施1220A030202油气汽水集输设施1221A030203油气汽水处理设施1222A030204油田机械1223A030205石油天然气开采专用设备零部件1224A030299其他石油天然气开采专用设备1225A0303石油和化学工业专用设备1226A030301石油储备库设备1227A030302长输管线1228A030303界区间管线1229A030304界区间罐区设施1230A030305输油(气)站。
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关于发布公共安全行业标准的公告(2015年度) 关于发布公共安全行业标准的公告(2015年度)以下208项公共安全行业标准已经公安部审查批准,并报国家质量监督检验检疫总局备案,现予以公告。
公安部2016年3月17日一、强制性标准序号标准编号标准名称批准日期实施日期1GA1236-2015非线性结点探测器2015-01-29 2015-05-012GA543.6-2015公安数据元(6)2015-01-30 2015-01-303GA1258-2015民用枪支编号及包装标识要求2015-04-302015-06-014GA1257-2015民用枪弹编号及包装标识要求2015-04-302015-06-01GA38-2015银行营业场所安全防范要求2015-05-182015-06-016GA1265-2015蓄冷型消防员降温背心2015-06-292015-10-017公共汽车客舱固定灭火系统2015-06-292015-08-018GA1261-2015长管空气呼吸器2015-06-292015-09-019GA947.1-20152015-07-102015-12-0110GA947.2-2015单警执法视音频记录系统第2部分:执法记录仪2015-07-102015-12-0111GA947.3-2015单警执法视音频记录系统第3部分:管理平台2015-12-0112GA947.4-2015单警执法视音频记录系统第4部分:数据接口2015-07-102015-12-0113GA1277-2015信息安全技术互联网交互式服务安全保护要求2015-10-2614GA1278-2015信息安全技术互联网服务安全评估基本程序及要求2015-10-262016-01-0115GA1280-2015自动柜员机安全性要求2015-10-282016-01-0116GA53-2015爆破作业人员资格条件和管理要求2015-11-132016-01-0117GA423-2015警用防弹盾牌2015-11-232016-01-01GA1282-2015灭火救援装备储备管理通则2015-12-222016-02-0119GA1283-2015住宅物业消防安全管理2015-12-222016-02-01。
固定污染源烟气排放连续监测技术规范6.2.5固定污染源烟气排放连续监测技术规范(试行) HJ/T 75—2007代替HJ/T 75-2001 2007-07-12 发布 2007-08-01 实施国家环境保护总局发布目次前言...................................................................... .I 1 适用范围.................................................................. .1 2 规范性引用文件............................................................ 1 3术语和定义 (1)4 固定污染源烟气CEMS 的组成..................................................3 5 固定污染源烟气CEMS 技术性能要求......................................... 6 固定污染源烟气CEMS 安装位置要求 7 固定污染源烟气CEMS 技术验收................................................6 8 固定污染源烟气CEMS 日常运行管理要求...................................... 10 9 固定污染源烟气CEMS 日常运行质量保证.. (10)10 固定污染源烟气CEMS 数据审核和处理........................................13 11 数据记录与报表...........................................................14 附录A(规范性附录) .........................................................15 附录B(资料性附录) ..........................................................26 附录C(资料性附录) .......................................................... 28 附录D (规范性附录) ................................................................ .........33 前言为贯彻《中华人民共和国大气污染防治法》,执行国家、地方大气污染物排放标准,实施大气固定污染源排放污染物总量控制,提高固定污染源烟气排放连续监测水平,特制定本标准。
BGCGOV/2001/32-GC(45)/159 August 2001 International Atomic Energy AgencyBOARD OF GOVERNORSGENERAL CONFERENCEGENERAL Distr.Original: ENGLISHSub-item 4(a) of the Board’s provisional agenda (GOV/2001/27)Sub-item 17(a) of the Conference’s provisional agenda (GC(45)/1)PLAN FOR PRODUCING POTABLE WATER ECONOMICALLY1. Resolution GC(44)/RES/22 requests the Director General “to report on the progress made in the implementation of this resolution to the Board of Governors and to the General Conference at its forty-fifth regular session”. This document provides an overview of activities concerning nuclear seawater desalination and small and medium sized reactors (SMRs) undertaken by the Secretariat between August 2000 and July 2001. Further relevant information on nuclear desalination can be found in the Nuclear Technology Review 2001.NUCLEAR SEAWATER DESALINATION2. The prospects of using nuclear energy for seawater desalination on an industrial scale are promising since desalination is an energy intensive process that can utilize the heat and/or the electricity from a nuclear reactor. The Agency’s “Options Identification Programme for Demonstration of Nuclear Desalination” (completed in 1996) and the international symposium on “Nuclear Desalination of Seawater” in 1997 gave momentum to many Member States to consider evaluating, planning, or in some cases, initiating nuclear desalination projects.International Desalination Advisory Group3. The International Nuclear Desalination Advisory Group (INDAG) held the first meetingof its second term in July 2001. INDAG members exchanged information on the progress of national activities in the field of nuclear desalination and reviewed the progress of the Agency’s work, including activities planned for 2002–2003. INDAG also discussed how the Agency could contribute to facilitate nuclear desalination programmes in Member States.4. Among the national activities flagged at the INDAG meeting were the following. Argentina has deferred its construction plan of a CAREM reactor at Atucha. In Canada a testrig was built to obtain experimental data for verifying performance improvements of reverseFor reasons of economy, this document has been printed in a limited number.Delegates are kindly requested to bring their copies of documents to meetings.GOV/2001/32-GC(45)/15page 2osmosis (RO) membranes as operating temperature and pressure are increased. The data are expected to validate the proposed concept of “RO preheats” for seawater desalination. China initiated a pre-feasibility study of a nuclear seawater desalination plant in Yantai area using an NHR-200 coupled with the vertical tube-MED process. The production capacity of the plant will be 160 000 m3/d. Egypt is about to complete its feasibility study of a nuclear co-generation plant (electricity and water) at El-Dabaa site under the Agency technical cooperation project. France is taking an initiative in promoting a joint European study on reactor development for nuclear desalination (the EURODESAL project). Civil and engineering work required for setting up a 6300 m3/d nuclear desalination demonstration plant at the PHWR station at Kalpakkam in India is proceeding and commissioning is foreseen to start early 2002. Basic design of the SMART concept continued in the Republic of Korea with expected completion in 2003. Pakistan is continuing its efforts for setting up a nuclear desalination demonstration plant of up to 4500 m3/d, to be connected to KANUPP. In the Russian Federation the floating power unit project development is coming to the end, and construction of a pilot plant at the shipyard in Severodvinsk, Arkhangelsk Region, is planned for 2005–2006. Tunisia is planning a pre-feasibility study of a co-generating nuclear desalination plant under the Agency’s interregional technical co-operation project with specific site conditions in the southeast area of the country.Current activities5. In October/November 2000 and April/May 2001 final progress review meetings were conducted in the framework of the Agency’s technical co-operation project in Egypt concerning a “Feasibility Study on a Nuclear Co-generation Plant (production of electricity and water) at El-Dabaa”. A new two-year technical co-operation project in Egypt on “Simulation of Nuclear Desalination Plant” started in 2001.6. In November 2000 an Advisory Group Meeting (AGM) was held to prepare a technical document (TECDOC) entitled “Design Concepts of Nuclear Desalination Plants”. The document contains an overview of various design concepts which are being proposed, planned, implemented or evaluated in Member States.7. Based on the recommendations of INDAG, a co-ordinated research programme (CRP) on “Optimization of the Coupling of Nuclear Reactors and Desalination Systems” has been extended from its original three years to five years. A consultancy meeting on “Analytical Modelling of Coupling Configurations of Nuclear Desalination Plants” was held in December 2000 to review and identify the future work plan of an input compilation tool for computer simulation programs which analyse the carry-over behaviour of radioactive substances.8. In December 2000 the Board of Governors approved an interregional technical co-operation project on “Integrated Nuclear Power and Desalination System Design” for the 2001–2002 cycle. Following a mission in July 2000 to Indonesia under the Agency’s interregional technical co-operation project, the Protocol of the joint study on “Preliminary economic feasibility of nuclear desalination in Madura Island, Indonesia” has been prepared and will soon be exchanged between Indonesia and the Republic of Korea. Upon signature of the Protocol, assistance is due to start as part of the Agency’s technical co-operation programme. A mission was sent to Tunisia in April 2001 to identify needs for the pre-GOV/2001/32-GC(45)/15page 3 feasibility study of a nuclear power and desalination plant development. Technical assistance from France is being arranged. Other requests for technical assistance have been received from the Islamic Republic of Iran and Pakistan and potential technology providers are being contacted.9. In April and May 2001 two training workshops on nuclear desalination were held at the International Centre for Theoretical Physics, Trieste, Italy. The first workshop covered technologies that could be used for nuclear desalination, while the second dealt with economic aspects and comparative assessments. The purpose of the workshops was to train about 30 participants mainly from developing countries, in the use of the Agency’s software, the Desalination Economic Evaluation Program (DEEP).10. A TECDOC entitled “Market Potential for Non-electric Applications of Nuclear Energy” has been prepared. It focuses on the market potential and the economics of the nuclear option in district heating, supply of process heat, seawater desalination, ship propulsion, outer space applications, and on innovative areas such as fuel synthesis (including hydrogen production) and oil extraction. For seawater desalination, the document concludes that the growing number of facilities needed to meet global fresh water requirements will increase the attractiveness of nuclear desalination.11. Work has progressed on safety related aspects in connection with seawater desalination using nuclear energy. A draft TECDOC on the safety aspects of nuclear desalination has been prepared and approved for publication.12. It is expected that a large variety of proposed SMRs using different design approaches, technologies and safety features will be used, apart from electricity generation, for non-electrical applications such as desalination and district heating. This requires the siting of the reactors in the vicinity of populated zones, with additional implications on safety, licensing and acceptability. A general approach for the preparation of the design safety requirements for applications such as desalination using the Agency safety objectives and the strategy of defence in depth has been developed. A TECDOC on the implementation of the methodology to a modular high temperature gas cooled reactor will be issued by the end of 2001.13. An Internet homepage for nuclear desalination is also in preparation. It comprises information on the technology of nuclear seawater desalination, past and current activities of the Agency and sample calculations with the Agency’s software DEEP. In addition, announcements for planned meetings and activities will be included and updated regularly.Future activities14. The Secretariat received operating performance data in 1999 and/or 2000 of heat application systems from about 50 co-generating plants in Member States. These data will be integrated into the Agency’s Power Reactor Information System (PRIS) database and will be released for test use in 2001 to selected PRIS users.15. A new CRP on “Economic Research on, and Assessment of, Selected Nuclear Desalination Projects and Case Studies” will be initiated in late 2001. The objective is to contribute to enhancing the prospects for the demonstration of nuclear desalination and itsGOV/2001/32-GC(45)/15page 4successful implementation in Member States. The CRP will: evaluate the economic aspects and investigate the competitiveness of nuclear desalination under specific conditions in case studies; identify innovative techniques leading to further cost reduction; and refine economic assessment methods and tools.16. A symposium on “Nuclear Desalination: Challenges and Options” is being planned jointly with the World Council of Nuclear Workers (WONUC). The symposium is to be held in Marrakech, Morocco, in October 2002 and will highlight technology advances in nuclear desalination, economic and financing issues as well as the issue of water needs for sustainable development.Interaction with other organizations17. Interaction between the Agency and other international organizations in the field of nuclear seawater desalination included the following:• The Agency provided input to the WHO initiative to issue Guidelines for Drinking Water Quality from desalination plants. Input was given regarding energy options for desalination, status of nuclear desalination worldwide, and the need for the new water quality guidelines to be applicable to nuclear desalination. It was agreed that the new guidelines should include explicit references to desalination with nuclear energy. Safe drinking water from nuclear desalination would then be covered by two sources of guidance: WHO on water quality and the Agency on technical installation safety.• The Agency participated, upon invitation of the Middle East Desalination Research Centre (MERDC), in the Research Advisory Council meeting of the MEDRC in February 2001 and provided input and advice to the research projects to be funded by MEDRC.• The Agency co-ordinated its activities with the newly established EURODESAL research project of the European Commission, led by the Commissariat à l’Énergie Atomique (CEA), France, and provided technical input and expertise to the kick-off meeting in February 2001 in France.• The Agency’s activities on nuclear desalination were reported in June 2001 to OECD/NEA at meetings of its two standing committees: the Nuclear Development Committee and the Nuclear Science Committee.SMALL AND MEDIUM SIZED REACTORS (SMRS)18. Small and medium sized reactors (SMRs) are of interest for desalination in many developing Member States because the thermal energy required to produce the fresh water is considerably less than the amount of heat produced by large reactors. Innovation is needed for small size reactors in particular to be economically competitive. The projected demand for desalination is mainly in developing countries where SMRs are better suited to smaller electrical demands and transmission system capacities.Current and future activitiesGOV/2001/32-GC(45)/15page 5 19. In November 2000 a TCM on “Gas Turbine Power Conversion Systems for Modular High Temperature Gas Cooled Reactors (HTGRs)” was held in Palo Alto, California, the results of which are reported in a TECDOC of the same name. The gas turbine modular HTGRs under development have favourable characteristics for supporting desalination in a co-generation mode.20. In May 2001 an Agency seminar on “Status and Prospects for Small and Medium Sized Reactors (SMRs)” was held in Cairo, Egypt, in co-operation with OECD/NEA and World Nuclear Association. It was hosted by Nuclear Power Plants Authority of Egypt. The seminar was attended by designers, users and policy makers. The major topics discussed were: new and innovative SMR designs, challenges of SMR deployment, and incentives for introduction of these reactors, in particular in developing countries. Other issues included: economics and financing, fuel cycle, safeguards and safety, and different technologies including water cooled, gas cooled and liquid-metal cooled designs. Around thirty different innovative SMR conceptual designs were presented. Emphasis was given to design simplification and standardization, reduction of construction period, safety and reliability enhancement and proliferation resistance. Co-generation applications of SMRs such as nuclear seawater desalination and the necessary infrastructure development were considered.21. In May 2001, a national training course on “Nuclear Fuel Cycle” was organized in Casablanca, Morocco, following the recommendations by an Agency expert mission in November 1999 to Morocco, and at the request of Moroccan National Electric Utility (ONE). The course was implemented under the technical co-operation project “Feasibility of Small and Medium Reactors for Electricity Production”. Lectures were provided on the subjects in the areas of nuclear fuel cycles and of spent fuel storage. A new technical co-operation project “Pre-Contract Activities for the First Nuclear Power Plant” was initiated in 2001. It is designed to increase the capabilities of ONE staff in implementing activities related to the acquisition of the first NPP in Morocco, covering topics such as preparing bid invitation specifications, evaluating bid documents, preparing evaluation reports and contracting. A national training course on the NPP acquisition process is planned for the second half of 2001.22. A TECDOC has been prepared summarizing the conclusions and recommendations of a Technical Committee Meeting (TCM) on “Natural Circulation Data and Methods for Innovative Nuclear Power Plant Design” held in Vienna in July 2000. Natural circulation is an important phenomenon in innovative water cooled reactors that could support seawater desalination in a co-generation mode.International Project on Innovative Nuclear Reactors and Fuel Cycles (INPRO)23. Resolution GC(44)/RES/22 notes “ the initiative of the Director General in establishing in 2001 a task force on innovative nuclear reactors and fuel cycles” and invites “ Member States to consider contributing to its activities.” At a meeting of senior officials from 25 Member States and international organizations in November 2000, the objectives and conditions of an “International Project on Innovative Nuclear Reactors and Fuel Cycles (INPRO)” were discussed and the Terms of Reference for INPRO were finalized. A SteeringGOV/2001/32-GC(45)/15page 6Committee was established to provide overall guidance, advise on planning and methods of work and review the results achieved.24. In May 2001, the Steering Committee defined the organizational chart for INPRO and approved the structure and preparation of the report on “innovative nuclear reactors and fuel cycles” proposed by the International Co-ordinating Group (ICG), comprising cost free experts from participating Member States. ICG co-ordinates and implements the project on the basis of experts’ work in Member States. The project will be implemented in two phases. In the first phase, work will proceed in five subject areas recognised as important for the future development of nuclear energy technology. Upon successful completion of the first phase, taking into account advice from the Steering Committee, and with the approval of participating Member States, a second phase of INPRO may be initiated. Drawing on the results from the first phase, it will be directed to: examining the context of available technologies and the feasibility of commencing an international project; and identifying technologies which might be appropriate for implementation by Member States of such an international project.25. In July 2001 a Topical Workshop on “Proliferation-Resistance in Innovative Reactors and Fuel Cycles” in connection with INPRO project was convened in Como, Italy, in co-operation with the Landau Network — Centro Volta. The meeting considered the proliferation resistance characteristics and technological features of innovative reactors and fuel cycles, including export control mechanisms and verification arrangements, that would provide credible assurance that such innovative reactors and fuels cycles and the associated nuclear materials remain committed to peaceful use. Findings and conclusions of the Como meeting provide a basis for the development of non-proliferation requirements for innovative reactors and fuel cycles within INPRO activities.26. The study of “Innovative Nuclear Reactor Developments — Opportunities for International Co-operation”, which has been jointly conducted by OECD/IEA, OECD/NEA and the IAEA during the past three years, has been almost completed and the Study report will be published in late 2001 by IEA on behalf of the three participating agencies. This report is a first step in examining the scope for enhanced international co-operation in developing new nuclear fission reactor technologies. Its objectives are to highlight the ways in which new technologies are attempting to address the challenges facing nuclear power today, and to begin identifying potential areas for co-operation among technology developers. The report reviews specific reactor design proposals so as to identify how they are addressing the challenges facing nuclear power and to examine the underlying “enabling” technologies that might constitute fruitful areas for collaboration on research and development (R&D). The report will form an important input to the INPRO project.FINANCIAL ASPECTS27. Since the General Conference in 2000, extrabudgetary funds have been received from the Arab Atomic Energy Agency ($4000) for nuclear desalination and from Turkey ($4000) for SMR activities. The USA has provided a cost free expert in the field of desalination technology. As of August 2001 funds have been received from the Russian Federation ($670 000) and ten cost free experts have been made available from seven Member States and one international organization to support implementation of the INPRO project in 2001.GOV/2001/32-GC(45)/15page 7PUBLICATIONS28. Publications issued by the Agency since the report to the General Conference in 2000 include:• Status of non-electric nuclear heat applications: technology and safety, IAEA-TECDOC-1184• Desalination Economic Evaluation Program (DEEP) Version 2.0. A User’s Manual: Computer Manual Series-No.14• Examining the economics of seawater desalination using the DEEP code, IAEA-TECDOC-1186• Introduction of nuclear desalination: a Guidebook, IAEA-Technical Report Series No.400• Guidance for preparing user requirements documents for small and medium reactors and their application, IAEA-TECDOC-1167• Small power and heat generation systems on the basis of propulsion and innovative reactor technologies, IAEA-TECDOC-1172• Staffing requirements for future small & medium reactors (SMRs) based on the projections and experience of operation, IAEA-TECDOC-1193RECOMMENDED ACTION BY THE BOARD29. It is recommended that the Board take note of this report and authorize the Director General to submit it to the General Conference at its forty-fifth regular session.。