第一篇：湖南省礦山閉坑(地質(zhì))報(bào)告編寫(xiě)提綱

湖南省礦山閉坑地質(zhì)報(bào)告編寫(xiě)提綱

第一章

概

況

第一節(jié)

交通位置及礦區(qū)范圍。

第二節(jié)

地質(zhì)勘查簡(jiǎn)史：地質(zhì)勘查單位；審批單位、批準(zhǔn)時(shí)間、批準(zhǔn)儲(chǔ)量及主要結(jié)論。

第三節(jié)

礦山開(kāi)發(fā)簡(jiǎn)史：礦山設(shè)計(jì)單位及設(shè)計(jì)生產(chǎn)規(guī)模、產(chǎn)品產(chǎn)量、產(chǎn)值及基建投資和盈利情況。

第四節(jié)

礦山閉坑或停采原因及其它概況。

第二章

礦床地質(zhì)

側(cè)重?cái)⑹龅V床開(kāi)采的地質(zhì)新變化、新認(rèn)識(shí)、新成果。

第一節(jié)

礦床地質(zhì)簡(jiǎn)況：區(qū)域地質(zhì)背景；礦區(qū)地層、構(gòu)造、巖漿巖及圍巖蝕變特征。

第二節(jié)

礦體特征：礦體數(shù)量、分布、規(guī)模、形態(tài)、產(chǎn)狀、品位、圍巖及夾石。

第三節(jié)

礦石質(zhì)量：礦石類型、結(jié)構(gòu)、構(gòu)造、礦物組分、有益有害元素含量及賦存狀態(tài)。

第四節(jié)

礦石選冶加工技術(shù)性能：礦石選冶試驗(yàn)研究；礦石選冶難易程度。

第五節(jié)

礦床成因。

第三章

礦山開(kāi)采技術(shù)條件

第一節(jié)

礦山水文地質(zhì)：礦山水文地質(zhì)條件及開(kāi)采坑道涌水量；礦山疏干排水對(duì)地表水和地下水的影響；停采后地下水位恢復(fù)及坑道積水情況。（插歷年礦坑排水量統(tǒng)計(jì)表、附氣象要素）。第二節(jié)

礦山工程地質(zhì)：礦山工程地質(zhì)條件；礦體圍巖及露采邊坡的穩(wěn)定性；采空區(qū)與塌陷區(qū)的情況。

第三節(jié)

礦山環(huán)境地質(zhì)：礦山開(kāi)采中有害元素、氣體、粉塵、廢水、廢渣和尾砂對(duì)環(huán)境的污染及治理；閉坑后對(duì)環(huán)境恢復(fù)及復(fù)墾工作的措施。

第四章

礦山地質(zhì)工作

第一節(jié)

生產(chǎn)勘探：工程布置原則、手段、工程間距、主要工 作量、質(zhì)量及探礦效果（探礦成本、獲礦比指標(biāo)、探礦坑道利用率）；開(kāi)采范圍儲(chǔ)量增減變化情況。

第二節(jié)

采樣、加工及化驗(yàn)：方法及質(zhì)量評(píng)述。

第三節(jié)

礦山測(cè)量：地面控制測(cè)量、地形測(cè)量、井下控制測(cè)量及其質(zhì)量評(píng)述（插測(cè)量控制網(wǎng)分布和主要井巷坑口座標(biāo)表）；巖石移動(dòng)（地壓活動(dòng)）觀測(cè)。第四節(jié)

儲(chǔ)量管理：“三級(jí)”礦量和“三率”管理。

第五章

礦山生產(chǎn)

第一節(jié)

礦床開(kāi)拓與采礦方法：開(kāi)拓方式；采礦方法。第二節(jié)

提升與運(yùn)輸。

第三節(jié)

供風(fēng)、供水、供電、充填系統(tǒng)評(píng)價(jià)。第四節(jié)

安全與通風(fēng)防塵。

第五節(jié)

采礦技術(shù)經(jīng)濟(jì)指標(biāo)：礦山歷年采礦生產(chǎn)技術(shù)經(jīng)濟(jì)指標(biāo)（列表說(shuō)明）。

第六節(jié)

選礦廠生產(chǎn)：選廠建設(shè)規(guī)模；工藝流程；歷年選礦生產(chǎn)技術(shù)經(jīng)濟(jì)指標(biāo)（列表說(shuō)明）。

第七節(jié)

共生、伴生礦產(chǎn)的綜合開(kāi)發(fā)與利用。

第八節(jié)

礦山綜合經(jīng)濟(jì)效益評(píng)價(jià)：礦山歷年產(chǎn)品、產(chǎn)量、產(chǎn)值、成本及盈虧情況(列表說(shuō)明)。

第六章

儲(chǔ)量結(jié)算及資源利用評(píng)述

第一節(jié)

采終儲(chǔ)量計(jì)算：工業(yè)指標(biāo)；儲(chǔ)量計(jì)算方法；礦體圈定原則；儲(chǔ)量計(jì)算參數(shù)；儲(chǔ)量計(jì)算結(jié)果（開(kāi)采范圍內(nèi)的設(shè)計(jì)利用儲(chǔ)量要與生產(chǎn)勘探儲(chǔ)量增減、開(kāi)采量、損失量和保有儲(chǔ)量平衡。列表說(shuō)明）。

第二節(jié)

資源利用評(píng)述：“三率”指標(biāo)的完成情況；非正常損失礦量報(bào)銷(xiāo)及原因；保有儲(chǔ)量的評(píng)價(jià)及處理意見(jiàn)；含有用組分的“尾砂”情況。

第七章

探采對(duì)比

第一節(jié)

探采對(duì)比方法簡(jiǎn)述：依據(jù)資源選擇對(duì)比范圍、確定對(duì)比項(xiàng)目。

第二節(jié)

對(duì)比結(jié)果：依據(jù)礦山情況，有針對(duì)性的選擇對(duì)比項(xiàng)目（成礦地質(zhì)條件對(duì)比、礦體形態(tài)對(duì)比、礦體位移對(duì)比、儲(chǔ)量對(duì)比、礦石質(zhì)量對(duì)比、勘探類型和網(wǎng)度對(duì)比、礦床開(kāi)采技術(shù)條件對(duì)比等）。第三節(jié)

工業(yè)指標(biāo)合理性分析。

第四節(jié)

影響勘探和生產(chǎn)的主要問(wèn)題。

第八章

結(jié)

論

第一節(jié)

礦山地質(zhì)工作的經(jīng)驗(yàn)教訓(xùn)。第二節(jié)

礦山建設(shè)和生產(chǎn)的經(jīng)驗(yàn)教訓(xùn)。第三節(jié)

礦山儲(chǔ)量結(jié)算及注銷(xiāo)結(jié)果。第四節(jié)

礦山社會(huì)、經(jīng)濟(jì)與資源效益。第五節(jié)

存在問(wèn)題及建議。

主要附圖

1、礦區(qū)地形地質(zhì)及水文地質(zhì)圖

2、礦山總體平面布置圖

3、礦山坑內(nèi)外對(duì)照?qǐng)D

4、各中段開(kāi)拓工程平面地質(zhì)圖（附采空范圍）

5、儲(chǔ)量計(jì)算平面、礦體底板等高線圖、剖面或垂直縱投影圖（附采空區(qū)）

6、礦區(qū)地質(zhì)剖面圖

7、主要充水含水層地下水等水位（水壓）線圖

8、各類控采對(duì)比圖

主要附表

1、閉坑儲(chǔ)量計(jì)算表

2、各種探采對(duì)比計(jì)算表

3、礦山水文地質(zhì)工程地質(zhì)和環(huán)境地質(zhì)調(diào)查表

主要附件

1、礦山閉坑計(jì)劃任務(wù)書(shū)

2、生產(chǎn)主管部門(mén)初審意見(jiàn)

3、其它與閉坑有關(guān)的主要文件（如儲(chǔ)量審批決議書(shū)；礦山建設(shè)、設(shè)計(jì)批準(zhǔn)文件；采礦許可證等）

第二篇：固體礦產(chǎn)礦山閉坑地質(zhì)報(bào)告編寫(xiě)提綱

附錄C（規(guī)范性附錄）

固體礦產(chǎn)礦山閉坑地質(zhì)報(bào)告編寫(xiě)提綱

C.1 第一章 概況

C.1.1 礦山交通位置、自然地理概況、所處區(qū)域構(gòu)造位置簡(jiǎn)述。

C.1.2 礦山地質(zhì)勘查簡(jiǎn)述：歷次地質(zhì)勘查、生產(chǎn)勘探工作的時(shí)間、勘查單位、主要工作量、資源/儲(chǔ)量估算方法、獲得的資源/儲(chǔ)量類別和數(shù)量、勘查報(bào)告評(píng)審認(rèn)定情況。

C.1.3 礦山開(kāi)采簡(jiǎn)述：礦山設(shè)計(jì)時(shí)間、設(shè)計(jì)單位、生產(chǎn)規(guī)模、服務(wù)年限、生產(chǎn)管理、總采出礦量。

C.1.4 閉坑（停辦）原因。C.2 第二章 礦山地質(zhì)簡(jiǎn)述

C.2.1 簡(jiǎn)述礦體地質(zhì)特征：礦體分布、空間位置、規(guī)模、形態(tài)、產(chǎn)狀等。

C.2.2 簡(jiǎn)述礦石質(zhì)量特征：礦石結(jié)構(gòu)構(gòu)造、礦物成分、化學(xué)成分、有用、有益、有害組分含量、礦石類型、品位。劃分氧化帶、原生帶的，應(yīng)分帶敘述。對(duì)于以物理機(jī)械性能為主要評(píng)價(jià)指標(biāo)的，應(yīng)論述這方面內(nèi)容。

C.2.3 簡(jiǎn)述礦床開(kāi)采技術(shù)條件：評(píng)述礦床主要充水因素、礦坑排水的主要來(lái)源、歷年排水變化情況、主要災(zāi)害性水害發(fā)生原因及其對(duì)礦床開(kāi)采的影響；采區(qū)巖體的物理力學(xué)性質(zhì)及其穩(wěn)定性、主要工程地質(zhì)問(wèn)題產(chǎn)生的部位、原因及其對(duì)礦床開(kāi)采的影響；地震、地溫、放射性及其他有毒有害物質(zhì)的情況及其對(duì)礦床開(kāi)采的影響。C.2.4 簡(jiǎn)述礦石選冶技術(shù)條件。

C.2.5 礦山地質(zhì)測(cè)量工作及其質(zhì)量評(píng)述：生產(chǎn)勘探的方法、網(wǎng)度、生產(chǎn)探礦工程和采礦工程的地質(zhì)編錄、取樣、測(cè)量、資源/儲(chǔ)量估算等工作及其質(zhì)量。

C.2.6 礦山生產(chǎn)過(guò)程中累計(jì)探明新增（或減少）資源/儲(chǔ)量及其品位情況 C.3 第三章 礦山開(kāi)采和資源利用

C.3.1 設(shè)計(jì)利用的資源儲(chǔ)量、開(kāi)采方式、開(kāi)拓系統(tǒng)、采礦方法、選礦流程、歷年采掘工作量、歷年采出礦量、采礦回收率、選礦回收率等的述評(píng)。

C.3.2 損失礦量（包括正常和非正常損失）、損失率、貧化率，批準(zhǔn)非正常損失礦量的機(jī)構(gòu)、批準(zhǔn)理由等情況的述評(píng)。

C.3.3 工業(yè)指標(biāo)實(shí)際運(yùn)用情況及合理性評(píng)述。

C.3.4 資源/儲(chǔ)量注銷(xiāo)概況。剩余資源/儲(chǔ)量及剩余原因的述評(píng)。C.3.5 對(duì)共生、伴生礦產(chǎn)的綜合開(kāi)采、利用情況及礦石加工工藝的評(píng)述。

C.3.6 通過(guò)礦山生產(chǎn)地質(zhì)工作對(duì)地質(zhì)情況的新認(rèn)識(shí)、新發(fā)現(xiàn)，影響礦山開(kāi)采的主要地質(zhì)問(wèn)題。

C.4 第四章 探采對(duì)比

C.4.1 探采對(duì)比：礦體形態(tài)變化、厚度變化、頂板及底板位移、品位變化、資源/儲(chǔ)量對(duì)比（對(duì)比條件、絕對(duì)誤差和相對(duì)誤差）、構(gòu)造變化的對(duì)比以及開(kāi)采技術(shù)條件變化的對(duì)比。C.4.2 對(duì)勘查方法、手段、勘查工程間距、勘探類型及其確定的合理性的評(píng)述。C.4.3 對(duì)資源/儲(chǔ)量估算方法的評(píng)述。C.5 第五章 環(huán)境影響評(píng)估

C.5.1 地下水疏干范圍、水位及其恢復(fù)程度等情況的評(píng)述。

C.5.2 采區(qū)地質(zhì)環(huán)境變化，包括：采空區(qū)礦層頂板冒裂帶高度、地面開(kāi)裂、沉降、山體滑坡、坍塌等變形破壞范圍及程度、露天采場(chǎng)及其邊坡崩落范圍等情況的評(píng)述。C.5.3 水體污染及其自凈情況的評(píng)述。C.5.4 廢棄物堆放情況與處理。C.6 第六章 結(jié) 語(yǔ)

C.6.1 簡(jiǎn)要評(píng)述礦山生產(chǎn)的經(jīng)濟(jì)、社會(huì)、資源效益。

C.6.2 礦山閉坑資源/儲(chǔ)量的核銷(xiāo)結(jié)論及能否作為閉坑的依據(jù)。

C.6.3 剩余資源/儲(chǔ)量的處理建議、廢礦坑利用建議、環(huán)境及地質(zhì)災(zāi)害治理建議。C.7 附圖

C.7.1礦山交通位置圖；

C.7.2礦區(qū)地質(zhì)圖（含地層柱狀圖、剖面圖及礦體分布）； C.7.3礦山總平面布置圖； C.7.4中段平面圖；

C.7.5資源/儲(chǔ)量估算圖（平面、剖面、投影圖）； C.7.6探采礦體對(duì)比圖；

C.7.7礦山閉坑范圍及其周邊環(huán)境地質(zhì)圖； C.7.8其他圖件 C.8 附表

C.8.1資源/儲(chǔ)量總表（包括歷次地質(zhì)勘查、生產(chǎn)勘探的資源/儲(chǔ)量增減）；

C.8.2歷年采出礦量、損失（包括正常和非正常損失）礦量、采礦回收率、損失率、貧化率統(tǒng)計(jì)表； C.8.3探采礦體形態(tài)誤差對(duì)比表；

C.8.4探采礦體頂板、底板位移誤差對(duì)比表； C.8.5探采礦體厚度誤差對(duì)比表； C.8.6探采礦體品位誤差對(duì)比表；

C.8.7礦體地質(zhì)勘查資源/儲(chǔ)量與采準(zhǔn)（或備采）礦量對(duì)比及其誤差表； C.8.8歷年礦山排水量基本情況表；

C.8.9礦山主要水害、工程及環(huán)境地質(zhì)危害的基本情況統(tǒng)計(jì)表 C.9 附件

C.9.1采礦許可證（復(fù)印件）；

C.9.2礦山投資人或上級(jí)主管部門(mén)對(duì)報(bào)告的審核意見(jiàn)；

C.9.3礦產(chǎn)資源儲(chǔ)量主管部門(mén)對(duì)報(bào)告的評(píng)審認(rèn)定文件（本文件在報(bào)告評(píng)審認(rèn)定之后補(bǔ)入）

第三篇：礦山閉坑申請(qǐng)及報(bào)告如何編寫(xiě)

礦山閉坑申請(qǐng)及報(bào)告如何編寫(xiě)?

來(lái)源： 成都市國(guó)土資源局

開(kāi)采活動(dòng)結(jié)束前一年，礦山企業(yè)應(yīng)向原批準(zhǔn)開(kāi)辦礦山的主管部門(mén)提出關(guān)閉礦山的申請(qǐng)，并提交閉坑地質(zhì)報(bào)告。

坑口、井區(qū)或露天采場(chǎng)關(guān)閉的報(bào)告既是一個(gè)終止生產(chǎn)的請(qǐng)示報(bào)告，又是礦山生產(chǎn)建設(shè)歷史的經(jīng)驗(yàn)教訓(xùn)的總結(jié)報(bào)告，編寫(xiě)時(shí)要堅(jiān)持實(shí)事求是的科學(xué)態(tài)度，對(duì)資源遠(yuǎn)景的結(jié)論和資源回收利用程度的論述要有充分的科學(xué)依據(jù)，使閉坑工作不遺留問(wèn)題。

閉坑報(bào)告一般分地質(zhì)、測(cè)量與采礦、選礦生產(chǎn)兩大部分。下面只介紹地質(zhì)、測(cè)量部分編寫(xiě)的要求。(1)文字資料

①概述。礦區(qū)交通位置；勘探及生產(chǎn)歷史；投產(chǎn)、生產(chǎn)及結(jié)束日期；原探明地質(zhì)儲(chǔ)量，最終地質(zhì)儲(chǔ)量。歷年產(chǎn)量及主要技術(shù)經(jīng)濟(jì)指標(biāo)的結(jié)論性意見(jiàn)。

②礦區(qū)及礦床地質(zhì)。包括地層及巖性；巖漿活動(dòng)；褶皺斷裂構(gòu)造及其對(duì)開(kāi)采工作的影響；礦體數(shù)目、分布、埋藏及賦存特征；礦體產(chǎn)狀、形態(tài)、厚度及其變化；礦石物質(zhì)成分，礦物成分及化學(xué)成分，主要有用及伴生組分品位，品位的變化規(guī)律；礦石物質(zhì)成分的共生組合關(guān)系；礦石結(jié)構(gòu)構(gòu)造；礦石工業(yè)品級(jí)及自然類型劃分和分布；礦床圍巖蝕變及其與礦化的關(guān)系；礦床水平及垂直分帶特征；成礦控制因素；成礦過(guò)程及礦床成因；礦石及圍巖的物理技術(shù)性質(zhì)；礦床水文地質(zhì)條件與特征。，③礦量及其報(bào)銷(xiāo)。歷年及累計(jì)探明地質(zhì)儲(chǔ)量的級(jí)別和數(shù)量，經(jīng)核實(shí)的采下礦石量、放出礦石量、礦柱及其他未采下?lián)p失量、采下?lián)p失量、副產(chǎn)礦量、區(qū)內(nèi)表外礦石量。礦石質(zhì)量包括：地質(zhì)品位，采下礦石、存窿礦石和出窿礦石品位，精礦及尾礦品位。歷年報(bào)銷(xiāo)包括：礦石質(zhì)量變化情況，礦石貧化與損失。礦量報(bào)銷(xiāo)包括：歷年儲(chǔ)量變動(dòng)平衡，儲(chǔ)量的報(bào)銷(xiāo)，損

失量報(bào)銷(xiāo)．表外儲(chǔ)量的利用，井區(qū)或露天采場(chǎng)礦產(chǎn)資源利用率。

④探采資料驗(yàn)證對(duì)比。包括地質(zhì)勘探與生產(chǎn)勘探的探采資料驗(yàn)證對(duì)比。，通過(guò)驗(yàn)證對(duì)比的結(jié)論、礦床勘探類型、勘探手段選擇。求得各級(jí)地質(zhì)儲(chǔ)量的工程間距，工程布置的正確性和合理性，勘探質(zhì)量評(píng)價(jià)，勘探程度的合理性。，探采資料驗(yàn)證對(duì)比的地段選擇，參數(shù)選擇，誤差衡量指標(biāo)，結(jié)果的對(duì)比分析方法的評(píng)述。對(duì)同類礦床探采方法的總結(jié)性意見(jiàn)和建議。

⑤生產(chǎn)地質(zhì)工作。歷年地質(zhì)編錄、編圖、地質(zhì)及生產(chǎn)取樣；生產(chǎn)勘探方法評(píng)述；儲(chǔ)量計(jì)算方法；工業(yè)指標(biāo)選擇、試算及其合理性；礦山生產(chǎn)各項(xiàng)地質(zhì)管理工作評(píng)述。

⑥結(jié)語(yǔ)。礦山地質(zhì)工作變動(dòng)，取得的成績(jī)，存在的問(wèn)題，遺留問(wèn)題的處理和閉坑后工作安排的意見(jiàn)與建設(shè)。(2)圖紙及其他資料

必須隨同文字報(bào)告提交下述圖件：

礦區(qū)交通位置圖。

礦區(qū)地形地質(zhì)圖。礦區(qū)總平面布置及坑內(nèi)外工程布置；露天采場(chǎng)的歷年綜合地質(zhì)圖。

地質(zhì)勘探及生產(chǎn)勘探所獲勘探線剖面圖。

中段或平臺(tái)地質(zhì)平面圖。，礦體縱投影圖或緩傾斜礦體的礦層頂、底板標(biāo)高等高線圖。，儲(chǔ)量計(jì)算平、剖面圖。

采掘工程實(shí)測(cè)圖。

地表礦石堆積場(chǎng)、排土場(chǎng)及尾礦庫(kù)實(shí)測(cè)圖。

礦床探采資料驗(yàn)證對(duì)比圖件。

鉆探、坑道、采場(chǎng)原始地質(zhì)資料。

儲(chǔ)量計(jì)算及貧化、損失率計(jì)算資料。

礦床水文地質(zhì)圖及歷年氣象、水文、排水資料。

礦山永久性地質(zhì)測(cè)量資料目錄。

第四篇：礦山閉坑地質(zhì)報(bào)告審批辦法

礦山閉坑地質(zhì)報(bào)告審批辦法發(fā)布信息

【頒布日期】 19950311 【實(shí)施日期】 19950311

第一條 礦山閉坑地質(zhì)報(bào)告是礦山閉坑的主要依據(jù)之一。為合理開(kāi)發(fā)利用和有效保護(hù)礦產(chǎn)資源，礦山閉坑前，必須編寫(xiě)礦山閉坑地質(zhì)報(bào)告，報(bào)送礦產(chǎn)儲(chǔ)量委員會(huì)審批。

第二條 本辦法所稱礦山閉坑地質(zhì)報(bào)告包括礦井、中段、采區(qū)及最終閉坑地質(zhì)報(bào)告。第三條 全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)負(fù)責(zé)審批以下礦山閉坑地質(zhì)報(bào)告:(一)原由全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)審批勘查儲(chǔ)量的礦區(qū)中，重要的礦山閉坑地質(zhì)報(bào)告;(二)油、氣田廢棄報(bào)告。

省(區(qū)、市)礦產(chǎn)儲(chǔ)量委員會(huì)負(fù)責(zé)審批本行政區(qū)內(nèi)列為全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)審批以外的礦山閉坑地質(zhì)報(bào)告。

第四條 礦山閉坑地質(zhì)報(bào)告的主要內(nèi)容應(yīng)包括:礦山概況，礦山地質(zhì)，設(shè)計(jì)、開(kāi)采及資源利用，探采對(duì)比，水文地質(zhì)、工程地質(zhì)和環(huán)境地質(zhì)，閉坑原因，礦產(chǎn)儲(chǔ)量的結(jié)算及剩余儲(chǔ)量處理等。

礦山閉坑地質(zhì)報(bào)告中礦產(chǎn)儲(chǔ)量的結(jié)算必須包括報(bào)告所述閉坑范圍內(nèi)經(jīng)礦產(chǎn)儲(chǔ)量委員會(huì)批準(zhǔn)的全部探明儲(chǔ)量。

第五條 按照全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)有關(guān)儲(chǔ)量報(bào)告審批的計(jì)劃管理辦法，礦山主管部門(mén)每年十一月底前向省(區(qū)、市)礦產(chǎn)儲(chǔ)量委員會(huì)報(bào)送下礦山閉坑地質(zhì)報(bào)告的送審計(jì)劃，全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)匯總平衡后于次年三月底前下達(dá)審批計(jì)劃。如因情況變化，要求改變送審計(jì)劃的，須在計(jì)劃送審時(shí)間的前二個(gè)月向省(區(qū)、市)礦產(chǎn)儲(chǔ)量委員會(huì)申請(qǐng)變更計(jì)劃，以便另行安排。

第六條 礦山閉坑地質(zhì)報(bào)告應(yīng)經(jīng)礦山主管部門(mén)審核同意，并提出審核意見(jiàn)。報(bào)告送審單位應(yīng)將主管部門(mén)審核意見(jiàn)及礦山閉坑地質(zhì)報(bào)告(一式三份)一并報(bào)送礦產(chǎn)儲(chǔ)量委員會(huì)。

送審的礦山閉坑地質(zhì)報(bào)告必須是正式報(bào)告，應(yīng)資料齊全、質(zhì)量符合要求。第七條 對(duì)列入審批計(jì)劃的礦山閉坑地質(zhì)報(bào)告，礦產(chǎn)儲(chǔ)量委員會(huì)必要時(shí)可組織有關(guān)人員到礦山了解礦山閉坑所具備的條件、礦產(chǎn)的采出和儲(chǔ)量消耗情況。

第八條 礦產(chǎn)儲(chǔ)量委員會(huì)審查礦山閉坑地質(zhì)報(bào)告應(yīng)確定主審人，并聘請(qǐng)?jiān)u論員視需要召開(kāi)審查會(huì)議，審查后由礦產(chǎn)儲(chǔ)量委員會(huì)辦事機(jī)構(gòu)提出審查意見(jiàn)書(shū)。報(bào)告送審單位依據(jù)審查意見(jiàn)書(shū)進(jìn)行修改，交儲(chǔ)委復(fù)核合格后，由礦產(chǎn)儲(chǔ)量委員會(huì)辦事機(jī)構(gòu)起草批準(zhǔn)決議書(shū)。批準(zhǔn)決議書(shū)經(jīng)礦產(chǎn)儲(chǔ)量委員會(huì)主任或副主任簽發(fā)后生效。

第九條 礦產(chǎn)儲(chǔ)量委員會(huì)在收到礦山閉坑地質(zhì)報(bào)告之日起六個(gè)月內(nèi)作出是否批準(zhǔn)的決定。對(duì)批準(zhǔn)的，下達(dá)批準(zhǔn)決議書(shū);對(duì)不予批準(zhǔn)的，書(shū)面通知報(bào)告送審單位。

第十條 對(duì)質(zhì)量?jī)?yōu)良的閉坑地質(zhì)報(bào)告，給予表彰或獎(jiǎng)勵(lì)。對(duì)有弄虛作假，篡改數(shù)據(jù)者，一經(jīng)查實(shí)，除對(duì)報(bào)告提交單位通報(bào)批評(píng)外，建議主管部門(mén)給予當(dāng)事人行政處分。

第十一條 礦山閉坑地質(zhì)報(bào)告參考提綱由全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)辦公室另行擬定。第十二條 本辦法由全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)辦公室負(fù)責(zé)解釋。第十三條 本辦法自發(fā)布之日起施行。

頒布單位

全國(guó)礦產(chǎn)儲(chǔ)量委員會(huì)

第五篇：固體礦產(chǎn)勘查礦山閉坑地質(zhì)報(bào)告編寫(xiě)規(guī)范英文版

A guide to writing the geological exploration reports

[English version] SPECIFICATIONS FOR COMPILATION OF GEOLOGICAL REPORTS

FOR MINERAL EXPLORATION AND MINE-CLOSING SCOPE This document describes the requirements necessary for the acceptance of geological reports of mineral exploration and mine-closing.It includes descriptions of the purpose and content of reports and detail rules and requirements for writing reports.STANDARDIZED CITATIONS ? GB/T 12719-1991 SPECIFICATIONS FOR HYDROGEOLOGICAL AND ENGINEERING GEOLOGICAL EXPLORATION ? GB/T 13908-2002 GENERAL RULES OF SPECIFICATION FOR GEOLOGICAL RECONNAISSANCE OF MINERAL ? GB/T 17766-1999 CLASSIFICATION FOR MINERAL RESOURCE/RESERVE

? DZ/T 0078-1993 STIPULATION FOR ORIGINAL GEOLOGICAL LOGGING OF SOLID-MINERAL EXPLORATION ? DZ/T 0079-1993 STIPULATION FOR COMPREHENSIVE TREATMENT AND COMPREHENSIVE RESEARCH OF GEOLOGICAL DATA IN MINERAL EXPLORATION THE PROPERTIES AND PURPOSE OF GEOLOGICAL EXPLORATION REPORTS OF MINERAL EXPLORATION AND MINE-CLOSING 3.1 The geological exploration report describes the spatial distribution, quality and quantity of the mineral resource/reserve;Discusses it's the quality control and degree of confidence;and estimates its economic significance using text and graphical data.The geological exploration report can be used as the foundation for mine construction plans or further exploration.It can also be used as the foundation for examining and commenting on the mineral resource and reserves.3.3 The report mentioned above is also regarded as essential data for the government to manage the mineral resource as well as for research and teaching.THE BASIC RULES FOR THE PREPARATION OF GEOLOGICAL REPORTS OF MINERAL EXPLORATION

4.1 The mineral exploration is divided into four stages as follows: pre-exploration, reconnaissance exploration, detailed prospecting and Advanced exploration.A corresponding geological exploration report must be completed at the end of each stage.Exploration investors evaluate these reports at each sage and decide whether Page 1 A guide to writing the geological exploration reports

[English version] or not to continue the program.However if a report is not produced at the end of each stage, a detailed report based on overall exploration data must be compiled at the end of the exploration project.For the non-working(Renunciative)exploration block within the exploration lease, the report must be based on previously obtained exploration data.A Geological exploration report based on the obtained data must be compiled even if geological exploration was stopped due to cancellation.4.2 The geological exploration report must objectively, factually and accurately reflect all of the data and results of the exploration activities.4.3 The geological exploration must be combined with feasibility evaluation, and the geological exploration report must include geological exploration and feasibility evaluation.Feasibility study can be divided into three stages as follows: elementary study, pre-feasibility study and feasibility study.Elementary study is directly compiled into report by the exploration team.As far as the pre-feasibility study and feasibility study were concerned, the geological exploration report must quote the key conclusions from the pre-feasibility and feasibility study reports.4.4 It is required that the geological exploration report be pertinent, practical and scientific.Accurate original data and reasonable conclusions are essential to a good geological exploration report.The geological exploration report with charts and tables must be digitized.Computer technology must be used in the evaluation of resource/reserve.It is recommended that computer technology be used to prepare the geological exploration report.4.5 Each stage of the geological exploration program must be conducted according to the requirements of government regulations/specifications.Exploration data must be obtained for each stage.The outline of geological reports attached to this document is suitable only for the detailed exploration stage.For other stages of the exploration project, the exploration report can be adjusted as required but all of obtained data must be reported.REQUIREMENTS FOR THE COMPILATION OF GEOLOGICAL MINERAL EXPLORATION REPORTS

5.1 The quality of the work and data must be checked and accepted by the exploration investor or by senior company management before the end of geological fieldwork.Any significant problems discovered must be resolved before the completion of geological exploration reports.The preparation of the geological exploration reports cannot commence before the fieldwork is checked and accepted.5.2 Before the completion of the geological exploration reports, the chief editor must prepare an abstract based on appendix A of this document.The chief editor must consider the mineral property, exploration work facts and the requirement from the exploration investors.Any change of the finalized and accepted abstract must get the permission of the exploration investor first.Page 2 A guide to writing the geological exploration reports

[English version] 5.3 The chief editor oversees the preparation of the geological exploration report;make the working plan;as well as checking and resolving possible problems to make sure the report can be finished on time.A regular quality-control program must be instituted.5.4 The geological exploration report must contain text, attached tables and appendices.According to the requirements for the business confidentiality or the requirements of data management of government, the mining leassee can divide the reports into different volumes.5.5 The title of the geological exploration report is standardized as follows: ××Province(City or Municipality)××County（City, Banner, Orefield or Coalfield）××Ore district（Ore block, borefield）××(Mineral type)Deposit××（exploration stage）Report.The accompanying map, map format, map scale etc.will be adopted according to related standard.5.6 Original data obtained during exploration must be pigeonholed according to related technical standards.According to the governmental specification for reserve examination and estimation of mineral resource, the geological exploration report will be submitted for formal examination and comment after preliminary examination.The chief editor must revise the geological reports based on the suggestion arising from the examination and comment report.The copies of approved report must be submitted to the appropriate department in accordance with related specification for geological data management.5.7 The examination and comment report must be attached to the geological exploration reports.Page 3 A guide to writing the geological exploration reports

[English version]

Appendix A(Standard appendices)The outline of geological exploration reports for mineral exploration

A.1 Introduction

A.1.1 Exploration Objective and Task A brief presentation of exploration objectives and detailed requirements from exploration investor and the pit planning organization.A.1.2 Location and Access State the block No;exploration area as well as longitude and latitude of corner points;the position and straight distance to the county-level-city;mine boundary and mining area;current existing or planned railways and roads which pass through or adjacent to the mining area;distance to the nearest station, dock and airport.A.1.3 Physical Geography and Economy of the Exploration Area Characterize he topography and summarize significant geomorphic features, absolute altitude and relative altitude;lowest base level of erosion, waterflow in high-water period and low-water season, as well as highest flood level etc.Based on the representative meteorological data, to state the climatic features, air temperature changes, rainfall, storm intensity, evaporation capacity, relative humidity, wind direction, thunder situation, rainy season, freeze-up and frozen soil layer depth in mining area.Additionally, the geological hazards such as intensity of earthquakes, earth slide and debris flow must be briefly described.Briefly describe the local economy including fuel, electricity power, water supply source, construction material, industry, agriculture, animal husbandry and population etc.Furthermore, water supply source, transmission-line system of electric power, power supply capacity as well as the distance between the mining area and the water supply source and electric power system.A.1.4 Comment on Previous Work Briefly describe the discovery of the deposit;the geological, geophysical and geochemical work since discovery.Briefly describe previous work including the amount of work and major result obtained;and then make comment on the quality of previous results, exploration and research.The production scale, general situation of production, total mined ore quantity and won resource/reserve.A.1.5 Current Work State the beginning and the end, brief work history, quantity of work completed(shown as insert tables), funds invested/capital, major geological results, deposit type, general geological features, total resource/reserve, earliest producing area of the property and

Page 4 A guide to writing the geological exploration reports

[English version] development prospects.Resource/reserve table with the average grade must be inserted in this part of the geological exploration report.A.2 REGIONAL GEOLOGY Based on the regional geological investigation data on 1:50000 scale, briefly state the regional structural setting;features and the distribution of major strata, magmatic rocks that are related to deposit genesis;as well as the features and the distribution of main structures related to the deposit.A.3 GEOLOGY OF ORE DISTRICT Detailed description of the strata, structure, magma, metamorphism and alteration of wall rock that influenced the metallogenesis;as well as a description of the ore-hosting layer and the character of the mineralization.A.4 GEOLOGY OF OREBODY/ORE BED A.4.1 Feature of Orebody/Ore Bed General analysis of the features of ore body/bed such as total number of orebodies, total thickness of each orebody, ore-bearing rate, spatial distribution, distribution pattern and correlation.Separately describe the features of major industrial ore body/ bed e.g.ore-hosting rock, dimensional location, configuration(shape), occurrence, length, width, thickness, variability along trend and dip as well as the fault influence after metallogenesis.When a large number of small orebodies are to be described;they may be documented by inserting a table.A.4.2 Ore Property Divide the orebody into zones(oxidized zone, mixed zone and primary zone)according to the ore property, and then separately describe the texture, structure, mineral composition, percentage of economic mineral, as well as the grain size, configuration, distribution modality, crystallizing age, crystallization sequence and coexisting relationship.For the ore, the chemical composition, the content of valuable components, usable components

and harmful components etc.A.4.3 Ore Type and Grade Expatiate the distribution of oxidized, mixed and primary zone.State the ore types, industrial grade and related method/principle for divisiory.For the ore with obvious metallurgical features differing, detailed description must be made for their proportion and spatial distribution.A.4.4 Wall Rock of Ore Body/Bed Page 5 A guide to writing the geological exploration reports

[English version] State the variety of wall rock in the hanging wall and footwall of major ore bodies/beds, mineral composition;approximate content of usable components, valuable components and harmful components;alteration and the contact relationship with ore body/bed.A.4.5 Metallogeny and Clue for Prospecting Briefly describe metallogeny, ore controlling factors, ore enrichment features and clues for prospecting.A.4.6 Evaluation for Associated Minerals Evaluate the coexisting minerals and associated minerals that were explored synchronously.Describe the exploration level, scale, distribution and ore property.A.5 TECHNICAL FEATURES OF ORE PROCESSING A.5.1 Sample type, Sampling Method and Its Representativeness Describe the sampling purpose, sampling requirement(including the requirement of variety and quantity from investor or pit planning department), sample variety, sampling method, and quantity of sampling sites.Additionally, describe the representativeness in terms of ore type, spatial distribution of samples and sample grade.A.5.2 Experiment Variety, Method and Result Describe the various technical ore-processing experiments for diversified types of ore;processing method and mineral dressing method as well as the processing circuit of experiments.Any results related to the experiments must be described.A.5.3 Evaluation of the Industrial-Utilization-Capability of Ore Based on the results from technical ore-processing experiments, work out an evaluation for the metallurgical capability and industrial-utilization-capability of the ore;describe the possibility of recycling usable components and the treatment of harmful components;and then put forward a reasonable method to comprehensively utilize coexisting and associated components.A.6 MINING TECHNICAL CONDITION A.6.1 Hydrogeology A.6.1.1 Simply describe the location of hydrogeological units within the mining area;topography, geomorphy and hydrometeorology;supply, runoff and draining condition of underground water;the lowest base level of erosion of deposit;and the lowest level of draining of shaft.A.6.1.2 Discuss the lithology, thickness, distribution and karst fissure of aquiclude or aquifer in the mining influenced area.Describe the water yield property, transmissivity, water head height, water quality, specific water yield, water

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[English version] temperature, water supply condition and relation to adjacent aquiclude;structural fracture zone, weathering fracture zone, development degree, distribution and influence of karst;influence on deposit by surface water and goaf water.A.6.1.3 Predict water yield of pit.Determine water-infilling factors and boundary of hydrogeology.Prepare the hydrogeology model.Select reasonable/appropriate calculation procedure and hydrogeological parameters to calculate the normal water yield and the maximal water yield during different processing stages;and make a review of the reliability of calculated water yield.Make a recommended water yield for pit planning.A.6.1.4 Evaluation of water supply source.Pre-evaluate pit water draining and possibility of comprehensive utilization;water quality and specific water yield of underground water, surface water, geothermal water and mineral water.Water supply direction must be mentioned if there is no water supply source within mining area.A.6.2 Engineering Geology A.6.2.1 Discuss the lithological character, texture type, weathering and alteration degree, physical-mechanical properties;lithology, thickness, distribution, physical-mechanical property and water-physical properties.Prepare a statistics for the PQD value(rock quality designation).Evaluate the features of rock mass.Discuss the scale, property, distribution, infillings and degree of cementation for fault/fractured zones that can influence exploitation and working place location.For the underground mines, describe joint scale, joint occurrence, the property of infillings, joint density and defects relationship(bedding, joint fissure, fracture plane etc).Discuss the stability of rock mass.Describe the depth of weathering zone and karst zone, as well as the harmful geological phenomena and engineering issues.A.6.2.2 Combine with the possible development plan, comprehensively evaluate the stability of rock in the roof and bottom of ore bodies and engineering geological conditions.Forecast the possible engineering geological problems and put forward methods for the prevention and remedial action.A.6.3 Environmental Geology A.6.3.1 Clarify the earthquake history, earthquake intensity, topographical & geomorphic conditions and features of neotectonic movement.Evaluate the stability of the mining area.Describe currently existing environmental pollution and geologic hazards such as collapse, landslip and debris flow.A.6.3.2 In terms of the possible affect or influence due to physicogeologic process and mining activities, evaluate the quality of the geological environment of the mining area.A.6.3.3 Prepare a forecast in which an evaluation is made of the possible environmental geological problems that maybe caused by exploitation.Those possible problems include groundwater lowering, mountain/hill chink, landslip, debris flow, land surface lowering/ collapse, pollution of underground water and surface water, radioactive

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[English version] pollution and other harmful-material pollution.Put forward opinions on prevention and remedial action.A.6.3.4(This item only for coal mine)A.6.3.5 For deep-lying deposits and geothermal anomaly deposits;it is necessary to describe the geothermal condition of borefield & deposit;depth, temperature, geothermal gradient and transformation of constant temperature zone;distribution and gradation of high temperature zones;geothermal background;and thermal source.A.6.3.6 For deposit with high radioactive background, it is necessary to discuss the radioactive background and change and mark out unwholesome highly radioactive background.A.7 EXPLORATION WORKS AND QUALITY EVALUATION A.7.1 Exploration Methods and Program Planning

Describe exploration types, exploration methods, reasons for choosing specific methods, principles of target selection and program planning.(Numerical computation)Calculate the coefficient of variation for orebody thickness, ore grade, and resource/reserve;otherwise, carry out the analysis by geostatistical methods.Describe the level of quality control and rationality of target selection and program planning.A.7.2 Quality Evaluation of Exploration Programs Describe hole structure, core diameter and reasons for choosing specific core diameter;instruments and philosophy of measurement for the hole azimuth and inclination.Carry out the quality evaluation for the drillhole depth validation, core recovery.Evaluate the method and quality of hole seal.Evaluate the precollar stake and the quality of core management.Simply evaluate the quality of hydrographic observations.Male a quality evaluation for the water sealing and pumping experiment to hydrogeological holes.Evaluate the quality of long-term dynamic observation for underground water.Describe the standard and quality of trenches, drill holes and pitting programs;evaluate their geological results.A.7.3 Quality Evaluation of Topographic Survey and Reconnaissance Geology Survey Simply describe the degree and precision of survey programs;two dimensional coordinates system and altitude system;the method and quality of toposheet drafting.Briefly describe the method and quality of reconnaissance geology survey.A.7.4 Geologic Mapping Work and Quality Evaluation Describe the drafting methods and precision of geological map and cross section.A.7.5 Geophysical and Geochemical Exploration Program and Quality Evaluation.Page 8 A guide to writing the geological exploration reports

[English version] Make a brief description and a quality evaluation of the working methods, work capacity, data treatment methods and geologic interpretation methods of surface geochemical and geophysical exploration.For geological logging;describe working methods, work capacity, geologic interpretation methods, and major results;and then make a quality evaluation.A.7.6 Sampling, Assay and Lithological Determination and Related Quality Evaluation Describe sampling methods, sampling specifications and reasons for choosing specific sampling methods for spectral analysis, bulk analysis, basic analysis and association analysis.Describe the working capacity, sample-representativeness and system of quality control for results of sampling work.Describe the system of quality control for check assays, and make a quality evaluation.Quality evaluation of lithological determination.For samples of heavy-minerals, individual minerals, isotopic dating and stable isotope analysis, evaluate the quality of sample processing, analysis and determination.Describe sampling, testing and quality evaluation of water samples and geotech samples.A.8 RESOURCE/RESERVE ESTIMATION A.8.1.Industrial Index of Resource/Reserve Evaluation List the document and related series number for cited industrial index.A.8.2.Reasons for Choosing Specific Method of Resource/Reserve Estimation Discuss the rational and basis for the chosen estimation method according to the configuration and occurrence of the orebodies.A.8.3.The Reason for Choosing Specific Parameters for Resource/Reserve Describe the determination, calculation and processing method for related parameters e.g.acreage, cubage, average grade, block average grade, deposit average grade and average thickness of orebodies.A.8.4 Principle for the Blockout of Orebody or Ore Bed Describe the principle of ore body expansion In terms of geological features of deposit, ore-controlling factors and mineralization character.A.8.5 Classification of Resource/Reserve Classify the resource/reserve by exploration degree, geological reliability, feasibility study, and describe the detailed classification condition and spatial distribution.A.8.6 Estimation Results of Resource/Reserve Describe the estimation results of different kinds of resource/reserve, total resource/reserve, the ratio of different kinds of resource/reserve to total resource/reserve.The estimation Page 9 A guide to writing the geological exploration reports

[English version] results of resource/reserve can be demonstrated by chart or table inserts.A.8.7 Reliability of Resource/Reserve Estimation Check the estimation results for several blocks by other specific method, and evaluate the reliability in term of checking results.A.8.8 Results of Estimation Method Used in Estimation of the Coexisting or Associated Minerals A.8.9 Comments(if possible)on Resource/Reserve Estimation

A.9 GENERAL ECONOMICS STUDY OF DEPOSIT EXPLOITATION A.9.1.Discuss resource situation, supply and demand, market price and competition ability.A.9.2 Generally describe resource, ore-processing technical features and technical condition for exploitation.A.9.3 Generally describe water supply, power supply, traffic, material and fuel supply, construction material source and other economic conditions.A.9.4 Simply describe mine scale, mining period and production planning.A.9.5 Simply describe predicted exploitation modality, development modality, mining method, mineral dressing method and circuit.A.9.6 Discuss the choice of evaluation method and economic cutoff.A.9.7 Calculation of economic effect and analysis of economic sensibility A.9.8 Simply describe economic benefit, social benefit and environmental protection.A.9.9 Produce an integrated evaluation of the project, determine whether there is investing opportunity or not, whether need to do further exploration etc.A.10 INCLUSION A.10.1 Recapitulative evaluation of the quality control of exploration program as well as the cohesiveness and quality of geological report data A.10.2 Sum up the metallogenic disciplinarian and put forward a prospective value for the deposit.A.10.3 Evaluate the mining technical condition and geological environmental issues.A.10.4 Point out the commercial efficiency of deposit exploitation.A.10.5 Sum up the major positive experience and negative experience during the geological program.A.10.6 Put forward related suggestions for future geological exploration.Page 10 A guide to writing the geological exploration reports

[English version](Comments: attach photography after conclusion;otherwise, the photography can be binding separately.)

A.11 ATTACHED MAPS A.11.1 Transportation system map A.11.2 Exploration chart showing historical investigations, exploration area and exploration stages with start and finish years.A.11.3 Regional geological map A.11.4 Topographical and geological map(including geological cross section, stratigraphic column, and exploration program location map)A.11.5(This item is invalid)A.11.6 Map of the distribution of control points A.11.7 Geophysical, geochemical exploration and related result map A.11.8 Sampling plan A.11.9 Comparison diagram of ore-bearing strata and ore bed A.11.10 Cross section of exploration lines A.11.11 Longitudinal diagram of ore body/bed A.11.12 Isopach map of ore bed A.11.13 Horizontal cross section or level plan of ore body/bed A.11.14 Chart showing structural controls A.11.15 Ground plan or vertical projection plan of resource/reserve estimation A.11.16 Drill hole columns A.11.17 Sketches of trenches, exploring shafts and adits A.11.18 Map of the distribution of old adits and new adits A.11.19 Geomorphology and quaternary geology map A.11.20 Regional hydrogeology map A.11.21 Hydrogeology map of mining area A.11.22 Engineering geology map of mining area A.11.23 Environmental geology map of mining area A.11.24 Hydrogeology and engineering geology map of drill holes and adits A.11.25 Drill hole hydrogeological experiment result chart

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[English version] A.11.26 Hydrogeology and engineering geology cross section A.11.27 Correlation chart of underground water, surface water, pit water and quantity of precipitation A.11.28 Flow yield calculation chart of pits A.11.29 Water level/pressure chart A.11.30 Isopach map of orebody-adjacent-aquifuge A.11.31 Geotech drill hole column A.11.32 Thickness contour map of strong weathering zone A.11.33 Evaluation map of stability of rock mass in levels A.11.34 Zoning map of slope stability of open pit A.11.35 Desquamation calculation and desquamation contour map A.11.36 Isothermal map

A.12 INSERT/ATTACHED TABLE A.12.1 Survey result table(including all kinds of survey work)A.12.2 Drilling quality and hole sealing condition table A.12.3 Sampling and assay results(including all types of analysis and assay);Results of lithological studies such as thin section or whole rock analysis;and heavy-minerals analysis results table A.12.4(Only for coal mine)A.12.5 Rock and ore physical features table, mechanics experiment result table A.12.6 Orebody average grade, average thickness table

A.12.7 Ore avoirdupois and temperature measuring/testing result table A.12.8 Resource/reserve estimation table A.12.9 Block resource/reserve table, orebody resource/reserve table, total resource/ reserve table A.12.10 Drill hole aquifer static level table A.12.11 Drillhole pumping experiment result table

A.12.12 Hydrogeological and engineering geological logging table A.12.13 Dynamic observation of surface water, underground water and pit water A.12.14 Weather data table Page 12 A guide to writing the geological exploration reports

[English version] A.12.15 Weathering zone, fractured zone and thickness of aquifer statistical table A.12.16 flow yield calculation table A.12.17 Water quality analysis result table A.12.18 Soil analysis experiment result table A.12.19 Underground gas testing results table A.12.20 Geothermal survey result table A.12.21 Environmental geological data of mining area

A.13 APPENDIX A.13.1 Experiment report of the technical features of ore processing A.13.2 Feasibility or pre-feasibility study report A.13.3 Industrial index recommendation report A.13.4 Documents related to choosing industrial index A.13.5 Photocopy of exploration license and exploitation/mining license A.13.6 Certificate declaring validity of the data used in the reports by exploration and exploitation lessee A.13.7 Comments on the final report by the investor or senior company A.13.8 Copies of exploration contract, feasibility study contract and supervision contract A.13.9 Business registration certificate of exploration supervision and supervisor, project supervision report A.13.10 Comments on resource/reserve examination documents from senior company A.13.11 CD with precollar coordinates, downhole survey data, assay results, all survey data and all assay results for trenches, exploration shaft and adit.Page 13