沥青路面冷再生工艺技术的研究
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摘要
随着人们对环保、社会效益的关注及技术的进步,沥青路面再生利用技术愈来愈受到人们的关注,近年来,我国沥青路面维修养护量不断增加,高速公路的改建工程也不断增加,对沥青路面旧料实用再生技术进行深入系统的研究就尤为必要。
山西省108国道繁峙-原平段二级公路改建工程沥青路面就地冷再生工艺的应用,在我省内尚属首例,取得了成功的经验,满意的社会效益和经济效益。运城至风陵渡高速公路改建工程在我省也率先将冷再生技术应用于高速公路的改建工程中,缩短了工期,节约了成本,对高速公路的交通影响减到最小,对保证高速公路的畅通具有重要的政治经济意义。
本文通过对山西省公路沥青路面冷再生技术的应用研究,总结了沥青路面冷再生工艺的施工机械、施工工艺、施工质量控制。阐述了沥青路面就地冷再生工艺具有施工简便快速、充分利用旧路面层材料、保护环境、质量可靠、路面标高提高少、不中断交通施工、经济效益好等优点,旨在在我国的公路改扩建及养护维修工程中应用冷再生技术起到参考和推动作用。
Along with the people’sconcern on environment protection and the development of thetechnology, asphalt pavement regeneration application technology has been paid more andmore attention. In the recent years, the quantity of asphalt pavement maintenance and repair inChina has gradually increased. The reconstruction of highway has also increased. It becomesseriously important to deepen systematic research about the reutilization technology of theexisting materials of asphalt pavement.
Asphalt pavement cold reutilization workmanship had been applied for the National No.108 Trunk Road Fanshi-Yuanping Class II Road Reconstruction Works in Shanxi province. It isthe first case in this province. It had brought about the successful experience, satisfactory socialand economical benefits. The cold reutilization technology had also been applied for theYuncheng-Fenglindu Expressway Reconstruction Works in the Province. It shortenedconstruction time and saved cost. It had minimized affect on the expressway traffic. It is greatlyeconomical and political significant to assure that the expresswayis free open to traffic.
This essay, through research about the asphalt pavement coal reutilization technologyapplication in the Shanxi province, summaries construction machinery, constructionworkmanship, construction quality control of the asphalt pavement coal reutilizationworkmanship. It highlights that the asphalt pavement in-situ cold reutilization workmanship hasmany advantages such as simple and fast construction, the best use of existing pavementmaterials, environment protection, reliable quality, very little rise of the original pavement,unnecessary for closure of highway traffic, good economical benefits, etc. The purpose is toprovide reference for cold reutilization technology application and push it forward in the roadreconstruction project and road maintenance and repair works.
山西省108国道繁峙-原平段二级公路改建工程沥青路面就地冷再生工艺的应用,在我省内尚属首例,取得了成功的经验,满意的社会效益和经济效益。运城至风陵渡高速公路改建工程在我省也率先将冷再生技术应用于高速公路的改建工程中,缩短了工期,节约了成本,对高速公路的交通影响减到最小,对保证高速公路的畅通具有重要的政治经济意义。
本文通过对山西省公路沥青路面冷再生技术的应用研究,总结了沥青路面冷再生工艺的施工机械、施工工艺、施工质量控制。阐述了沥青路面就地冷再生工艺具有施工简便快速、充分利用旧路面层材料、保护环境、质量可靠、路面标高提高少、不中断交通施工、经济效益好等优点,旨在在我国的公路改扩建及养护维修工程中应用冷再生技术起到参考和推动作用。
Along with the people’sconcern on environment protection and the development of thetechnology, asphalt pavement regeneration application technology has been paid more andmore attention. In the recent years, the quantity of asphalt pavement maintenance and repair inChina has gradually increased. The reconstruction of highway has also increased. It becomesseriously important to deepen systematic research about the reutilization technology of theexisting materials of asphalt pavement.
Asphalt pavement cold reutilization workmanship had been applied for the National No.108 Trunk Road Fanshi-Yuanping Class II Road Reconstruction Works in Shanxi province. It isthe first case in this province. It had brought about the successful experience, satisfactory socialand economical benefits. The cold reutilization technology had also been applied for theYuncheng-Fenglindu Expressway Reconstruction Works in the Province. It shortenedconstruction time and saved cost. It had minimized affect on the expressway traffic. It is greatlyeconomical and political significant to assure that the expresswayis free open to traffic.
This essay, through research about the asphalt pavement coal reutilization technologyapplication in the Shanxi province, summaries construction machinery, constructionworkmanship, construction quality control of the asphalt pavement coal reutilizationworkmanship. It highlights that the asphalt pavement in-situ cold reutilization workmanship hasmany advantages such as simple and fast construction, the best use of existing pavementmaterials, environment protection, reliable quality, very little rise of the original pavement,unnecessary for closure of highway traffic, good economical benefits, etc. The purpose is toprovide reference for cold reutilization technology application and push it forward in the roadreconstruction project and road maintenance and repair works.
引文
[1] 王国安,公路机械化施工现代管理技术(第一版)[M].北京:人民交通出版社,1995.8,109—127
[2] 文德云.公路工程施工现场控制要点(第一版)[M].北京:人民交通出版社 2003.7,251,185,362
[3] 吴国进.公路养护机械设备与管理(第一版)[M].北京:人民交通出版社,2003.8,153-165
[4] 王国安,任秀峰.工程机械技术经济分析[M].西安:陕西人民教育出版社,1993.8,178-197
[5] 郭小宏,郭嘉银,杜真德.公路工程机械化施工与管理[M].成都:成都科技大学出版社,1994.11,137-140,191-215
[6] 郭忠印,李立寒.沥青路面施工与养护技术(第一版)[M].北京:人民交通出版社,2003.11,293-314
[7] 徐培华.高等级公路路基养护技术(第一版)[M].北京:人民交通出版社,2003.8,130-136,140-148
[8] 廖正环,郭小宏,刘燕.高速公路机械化施工与组织管理(第一版)[M].北京:人民交通出版社,2001.7,89-92
[9] 李庆高.线性规划[M].北京:中国金融出版社
[10] 郭桂平.高等级公路养护技术与养护机械[M].北京:人民交通出版社,2001.6,33-46,61-86
[11] 山西沥青拌和站.沥青再生机械的现状与发展[J].公路,2002,9
[12] 王正.路面工程基层机械化施工组织与机械综合作业定额研究[J].重庆交通学院硕士学位论 v文,1998
[13] 文基平.水泥混凝土路面机械化施工组织与机械综合作业定额研究[J]重庆交通学院硕士学位论文,1999
[14] 陈海伟.沥青混凝土路面再生程机械化施工组织研究[J].长安大学硕士学位论文,2004【15】德国维特根公司.Wirtgen Cold Recycling Manual[J].2nd revised issue September2001
[16] 德国维特根公司.Material and Process Procedure Principles for the Hot Recycling Process[J].2nd revised issue September 2001
[17] Ronald l.Terrel .Hot In-place Recycling OF Asphalt Pavement (Experence in AN UrbanSetting Using New Technology)[J].9-12 November 1997
[18] Ronald L.Terrel ,Jon A.Epps.Progress In Hot In-Place RecyclingTechnology[J].10-14August 1997 In Seattle WA USA
[19] Stephen Q.S.Lee,P.Eng,M.Eng.Advanced HOT In-Place Recycling For Cost EffectiveMainteance Of Asphalt Pavement[J].12-13 November 1999
[20] Jim Sorensor,Thpmas Siddon,P.Eng.Advanced HIR Offers A Durable,Cost-EffectiveaAlternative For Roadway Surface Maintenance[J].21-23 August 2000
[21] David Whiteoak 《壳牌沥青手册》中文版.壳牌(大中华)集团,1995
[22] 吕伟民,乳化沥青冷再生沥青路面的研究(上),江苏交通科技,1993.1
[23] 赵振国,界面化学基础,化学工业出版社,1994.4
[24] 交通部 离子乳化沥青课题协作组编著,阳离乳化沥青路面,人民交通出版社,1997.8
[25] 维特根公司,维特根冷再生手册,2001.9
[26] 高英、凌天青、乔冠华、许志鸿,水泥—乳化沥青混合料配合比设计,同济大学学报,1998.12
[27] 第二次全国公路普查资料汇编 中华人民共和国交通部编 人民交通出版社 2002
[28] 交通部 路养护技术规范(JTJ 073-96) 人民交通出版社
[29] 全国公路筑养路机械设备学术研讨会论文集 中国交通管理学会二 OO 六年度全国公路筑养路机械设备学术研讨会”会议交流论文
[30] 交通部 公路工程施工监理规范(JTJ G10-2006)人民交通出版社
[31] 交通部 公路路基施工技术规范(JTJ F10-2006)人民交通出版
[32] 交通部 公路沥青路面施工技术规范(JTJ F40-2004)人民交通出版社
[2] 文德云.公路工程施工现场控制要点(第一版)[M].北京:人民交通出版社 2003.7,251,185,362
[3] 吴国进.公路养护机械设备与管理(第一版)[M].北京:人民交通出版社,2003.8,153-165
[4] 王国安,任秀峰.工程机械技术经济分析[M].西安:陕西人民教育出版社,1993.8,178-197
[5] 郭小宏,郭嘉银,杜真德.公路工程机械化施工与管理[M].成都:成都科技大学出版社,1994.11,137-140,191-215
[6] 郭忠印,李立寒.沥青路面施工与养护技术(第一版)[M].北京:人民交通出版社,2003.11,293-314
[7] 徐培华.高等级公路路基养护技术(第一版)[M].北京:人民交通出版社,2003.8,130-136,140-148
[8] 廖正环,郭小宏,刘燕.高速公路机械化施工与组织管理(第一版)[M].北京:人民交通出版社,2001.7,89-92
[9] 李庆高.线性规划[M].北京:中国金融出版社
[10] 郭桂平.高等级公路养护技术与养护机械[M].北京:人民交通出版社,2001.6,33-46,61-86
[11] 山西沥青拌和站.沥青再生机械的现状与发展[J].公路,2002,9
[12] 王正.路面工程基层机械化施工组织与机械综合作业定额研究[J].重庆交通学院硕士学位论 v文,1998
[13] 文基平.水泥混凝土路面机械化施工组织与机械综合作业定额研究[J]重庆交通学院硕士学位论文,1999
[14] 陈海伟.沥青混凝土路面再生程机械化施工组织研究[J].长安大学硕士学位论文,2004【15】德国维特根公司.Wirtgen Cold Recycling Manual[J].2nd revised issue September2001
[16] 德国维特根公司.Material and Process Procedure Principles for the Hot Recycling Process[J].2nd revised issue September 2001
[17] Ronald l.Terrel .Hot In-place Recycling OF Asphalt Pavement (Experence in AN UrbanSetting Using New Technology)[J].9-12 November 1997
[18] Ronald L.Terrel ,Jon A.Epps.Progress In Hot In-Place RecyclingTechnology[J].10-14August 1997 In Seattle WA USA
[19] Stephen Q.S.Lee,P.Eng,M.Eng.Advanced HOT In-Place Recycling For Cost EffectiveMainteance Of Asphalt Pavement[J].12-13 November 1999
[20] Jim Sorensor,Thpmas Siddon,P.Eng.Advanced HIR Offers A Durable,Cost-EffectiveaAlternative For Roadway Surface Maintenance[J].21-23 August 2000
[21] David Whiteoak 《壳牌沥青手册》中文版.壳牌(大中华)集团,1995
[22] 吕伟民,乳化沥青冷再生沥青路面的研究(上),江苏交通科技,1993.1
[23] 赵振国,界面化学基础,化学工业出版社,1994.4
[24] 交通部 离子乳化沥青课题协作组编著,阳离乳化沥青路面,人民交通出版社,1997.8
[25] 维特根公司,维特根冷再生手册,2001.9
[26] 高英、凌天青、乔冠华、许志鸿,水泥—乳化沥青混合料配合比设计,同济大学学报,1998.12
[27] 第二次全国公路普查资料汇编 中华人民共和国交通部编 人民交通出版社 2002
[28] 交通部 路养护技术规范(JTJ 073-96) 人民交通出版社
[29] 全国公路筑养路机械设备学术研讨会论文集 中国交通管理学会二 OO 六年度全国公路筑养路机械设备学术研讨会”会议交流论文
[30] 交通部 公路工程施工监理规范(JTJ G10-2006)人民交通出版社
[31] 交通部 公路路基施工技术规范(JTJ F10-2006)人民交通出版
[32] 交通部 公路沥青路面施工技术规范(JTJ F40-2004)人民交通出版社
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