标题：卢滋瑾
简介
卢滋瑾，德国柏林工业大学环境与生物工程博士, 加拿大多伦多大学环境工程博士后, 加拿大注册专业工程师
技术专长与成果简介:
卢滋瑾: 德国柏林工业大学环境与生物工程博士, 加拿大多伦多大学环境工程博士后. 获得加拿大专业工程师 (P.Eng.) 证书. 从事废水, 废气处理设计, 研究二十多年, 精通欧美先进国家废水, 废气处理技术. 曾参与过德国柏林大型污水处理厂 (处理能力25 万吨/日) 的设计工程, 以及加拿大一些废气处理工程的开发与设计. 在国际国内专业杂志上发表过多篇学术论文.
在国内外直接参与和主持的大型环境治理工程包括：
> 湖南人造板厂等大型工程环境评价；
> 国家轻工部重点污水处理攻关项目：发酵厂污水的综合利用与治理的研究开发；
> 与德国柏林工业大学环境工程专家W.Hegeman教授一起参与了大型污水（日处理30万吨污水处理厂）及工业废气处理的设计咨询工作，掌握了德国先进的环境工程污染治理技术。
> 在加拿大多伦多大学工作，主攻恶臭废气的生物过滤，多伦多大学在废气生物处理方面在北美（美国、加拿大）处于领先地位。其间与很多公司合作，完成多项急需解决的废气治理项目。主要公司包括：Bowater Canada Inc., Domtar Inc., Georgia-Pacific Corporation, Nippon Paper Industries Co. Ltd., Weyerhaeuser Company, Aracruz Inc., Eka Chemicals Co., Irving Pulp & Paper Inc., Japan Carlit Inc., Polatch Co., Sterling Pulp Chemicals Co., Tasman Pulp Co., Tembec Inc.。
主要成果如下：
> 造纸厂含H2S及其它恶臭物质废气的生物净化；
> 制药厂污水处理厂废气的生物净化；
> 造漆厂，喷漆厂恶臭废气的生物净化；
> 新型高效生物净化器的开发；
> 新型生物填料的开发；
> 高效生物菌种及生物膜制备技术的开发;
> 造纸废水处理, 处理后废水达回用技术;
> 化肥厂废水处理及零排放的工艺与技术。
卢滋瑾博士不仅有恶臭气体研究开发的经验，而且有很多大型工业生物净化器的设计、有毒恶臭废气治理工程、监测实际经验。
技术专长：
环境工程，生物工程，废气，废水生物处理，项目研究，开发与管理．
教育背景
1979 –1983: 就读于上海华东理工大学, 生化工程系, 获本科学士学位.
1985 – 1987: 就读于无锡轻工业大学, 生物工程系, 在中国工程院院士伦世仪教授指导下获生物环境工程理工硕士学位.
1993 –1998: 在德国柏林工业大学, 环境工程系, 获环境工程博士学位. 指导教授为德国著名的环境工程专家W. Hegemann.
1999 –2002: 在加拿大多伦多大学化学工程与应用化学系, 从事博士后研究工作.
工作经历
1983 – 1985: 环境工程师, 湖南省长沙市环境保护研究所.
主要从事工作: 
> 废水生物处理的研究; 水质监测, 分析, 评价及模拟
> 空气与燥声的监测分析, 评价及模拟; 环境评价及技术报告，在此期间共参与了五个大中型项目评价并负责书写环境评价报告．
> 环境咨询服务
> 参与湖南人造板厂新建工程的环保评价，提出集中优化生物处理的方案，为这厂的环保废水处理工程节约了近百万美元．原来该厂计划从日本引进处理方案，耗资一百多万美元．
1985 – 1987: 生物工程硕士研究生, 无锡轻工业大学, 生物工程系.
主要从事工作:
> 从事环境生物工程的学习研究开发
> 从事国家轻工部重点污水处理攻关项目：发酵厂污水的综合利用与治理的研究开发
> 在攻读研究生期间，指导过本科生微生物学实验课，也指导本科生从事毕业论文的研究．
1988 –1990: 讲师, 生物工程部及实验室主任, 中国--德国生物技术培训中心
主要从事工作:
> 负责生物工程, 技术的教学及研究工作
> 参与中国－德国培训中心，校办实习工厂及实验室的设计及国际合作项目的管理．
> 任生物工程部及实验室主任，出色完成了一些发酵，生物工程的技术改造项目，同时为一些发酵，酿造厂培养了一批技术人才．
1990 – 1992: 高级访问学者, 德国柏林工业大学环境工程系.
> 从事于多个项目的废水生物处理研究及工程设计
> 参与德国柏林大型污水处理厂的设计，(处理能力25 万吨/日)
> 进修德国先进的污水及废气生物处理技术及工程设计
1993 –1998: 环境工程研究工作, 德国柏林工业大学环境工程系.
> 主要从事生物环境工程的学习及研究
> 主要从事工业废水，（含高浓度甲醛废水的处理）．这个项目难度较大，是德国一些生产木胶公司面临的难题．因为甲醛本身对微生物有很强杀制作用，经过努力工作，研究出新工艺，筛选培养出能降甲醛的高效微生物菌种，能有效地降解含甲醛的废水．
1999 – 现在: 环境工程研究工作, 博士后. 加拿大多伦多大学化学工程与应用化学系.
> 主要从事生物环境工程的开发研究, 着重于废水生物处理及大气污染控制与恶臭气体的生物净化技术的研究开发.
> 出色完成了一些工业界支持的废气研究项目．所做的废气生物处理项目，得到加拿大政府及十几家化工，造纸公司的援助．
> 在对H2S处理过程中筛选培养出一种特殊的降硫化氢的菌种，处理效率达99.9%．
> 开发了一种新型处理含油废气的生物净化器，废气即经过2－4秒钟生物过滤，恶臭即可消除，这项目已得到工业界应用．
发表出版的专著及论文目录
Dr-Ing. LU, Zijin, Ph.D., Licensed Professional Environmental Engineer
Ph.D. Dissertation
Z. LU (1998): The Anaerobic Treatment of a High Concentrated and Formaldehyde-containing Wastewater. Ph.D. Thesis, 174 pages with 94 Figures and 27 Tables. Environmental Engineering Symposium Series, No. 8. The Technical University of Berlin, 1998
Publications in Refereed Journals
1. Z. LU & W. Hegemann (1999): Investigation on the Anaerobic Treatment of Wood-glue wastewater-Part 1: Treatment of a Real Wastewater, Wasser und Abwasser (Water & Wastewater), Vol. 140, No. 4, 1999
2. Z. LU & W. Hegemann (1999): Investigation on the Anaerobic Treatment of Wood-glue Wastewater –Part 2: Pre-treatment by H2O2 Followed by Biological Treatment, Wasser und Abwasser (Water & Wastewater), Vol. 140, No. 5, 1999
3. Z. LU & W. Hegemann (1999): Study on Anaerobic Treatment of Wastewater from Wood-Glue Process, Wasser und Abwasser (Water & Wastewater), Vol. 140, No. 1, 1999
4. Z. LU, W. Hegemann (1998): Anaerobic Toxicity and Biodegradation of Formaldehyde in Batch Cultures, Water Research, Vol. 32, No. 1, 1998.
5. Z. LU, Shiyi LUN (1991): Study on Treatment of High SS Organic Wastewater with a Multistage-Baffle Anaerobic Reactor, Biogas Forum, No. 2, 1991, 4-9
6. Z. LU (1990): The Principle and Technology of Increasing the Stability of Beer, Journal of Hunan Agricultural University, No. 1, 1990, 26-28
7. Z. LU (1990): The Technique of the Treatment Comprehensive Utilisation of Distilleries Wastewater, Journal of Environment Exploration, No. 2, 1990, 40-44
8. Z. LU (1990): The Technique of the Treatment Comprehensive Utilisation of Distilleries Wastewater, Journal of Environment Exploration, No. 2, 1990, 40-44
9. Shiyi LUN, Z. LU, and et al. (1989): Treatment of Distilleries Wastewater by ABR-UASB process, China Biogas, Vol. 7, No. 2, 1989, 171-179
10. Z. LU (1988): The Sterilisation of Canned Food, Journal of Hunan Light Industrial College, No. 1 (2), 1988, 18-23
11. Z. LU (1987): Studies on the Reactors of Anaerobic Digestion of Organic Wastewater, Journal of Environment Exploration, No. 4, 1987, 46-52
12. Qiu GU, Z. LU Wen-yu ZHOU, Bin ZONG, (1984): A Preliminary Study on the Preparation and Application of Collagen-Glucose Oxidase Electrode, Journal of Antibiotics, 9 (2), 1984,132-137
13. V.S. Sologar, Zijin Lu, and D. Grant Allen (2003): Biofiltration of Concentrated Mixtures of Hydrogen Sulfide and Methanol, Environmental Progress, Vol. 22, No. 2, 2003, p129-136.
14. Zijin Lu, and D. Grant Allen (2003): Book Chapter: >The Fate, Effects and Mitigation of Atmospheric Emissions From the Forest Products Industry>,《Towards Sustainable Management of the Boreal Forest 》, Ottawa, Ontario, National research Council Research Press,2003。
Publication for Biological Gas Cleaning
1. Z. LU and D. G. Allen: Biofiltration of Mixture of Total Reduced Sulfur and Volatile Organic Compounds, TAPPI, 2001 International Environmental Conference
2. Z. LU and D. G. Allen: Biofiltration of Air Emissions From Pulp and Paper Industry, TAPPI, 2001 International Environmental Conference
3. Z. LU and D. G. Allen: High Temperature Biofiltration of Mixture Sulfur Compounds and VOCs, TAPPI, 2002 International Environmental Conference
4. Z. LU and D. G. Allen: Comparison of Autotrophic and Mixotrophic Biofilters for H2S Removal, TAPPI, 2003 International Environmental Conference
5. Z. LU and D. G. Allen: Modelling for biofiltration of TRS and VOCs, TAPPI, 2003 International Environmental Conference
6. V.S. Sologar, Zijin Lu, and D. Grant Allen (2003): Biofiltration of Concentrated Mixtures of Hydrogen Sulfide and Methanol, Environmental Progress, Vol. 22, No. 2, 2003, p129-136.
7. Zijin Lu, and D. Grant Allen (2003): Book Chapter: >The Fate, Effects and Mitigation of Atmospheric Emissions From the Forest Products Industry>,《Towards Sustainable Management of the Boreal Forest 》, Ottawa, Ontario, National research Council Research Press,2003。
Conference Proceedings
1. Zijin Lu (2000): Biofiltration of Total Reduced Sulfur (TRS) and VOCs to Control Air Emissions from the Pulp and Paper Industry. Presentation on the Industry Research Consortium Meeting on “Biofiltration of Pulp and Paper Air Emissions for the Control of VOCs and Air Toxins”. Pulp & Paper Centre, University of Toronto, October 30, 2000.
2. Zijin Lu (2000): Biofiltration of Total Reduced Sulfur (TRS) and VOCs to Control Air Emissions from the Pulp and Paper Industry. Presentation on the Industry Research Consortium Meeting on “Biofiltration of Pulp and Paper Air Emissions for the Control of VOCs and Air Toxins”. Pulp & Paper Centre, University of Toronto, August 31, 2000.
3. Zijin Lu (2000): Biofiltration of H2S to Control the Odour from Pulp and Paper Emissions. Presentation on the Industry Research Consortium Meeting on “Minimizing the Impact of Pulp and Paper Mill Discharges”. Pulp & Paper Centre, University of Toronto, June 16, 2000.
4. Zijin Lu (2000): Biofiltration of Total Reduced Sulfur (TRS) and VOCs to Control Air Emissions from the Pulp and Paper Industry. Presentation on the Industry Research Consortium Meeting on “Biofiltration of Pulp and Paper Air Emissions for the Control of VOCs and Air Toxics”. Pulp & Paper Centre, University of Toronto, March 9, 2000.
5. Z. LU, W. Hegemann (1996): Two-Stage Anaerobic Digestion for Treatment of Organic Wastewater Containing High Formaldehyde, Environmental Conference in Berlin, in German, October 1996. 
6. Z. LU, W. Hegemann (1994): Anaerobic Treatment of Wastewater From Wood Industry Using Anaerobic Filter Reactor, Environmental Industry Conference in Munich, 1994. 
Authorship of Technical Reports and Proceedings
1. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 7 (September 01 - 30, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, October 10, 2000.
2. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 6 (August 01 - 31, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, August 31, 2000.
3. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 5 (July 01 - 31, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, July 31, 2000.
4. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 4 (June 01 - 30, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, June 30, 2000.
5. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 3 (May 01 - 31, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, May 31, 2000.
6. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 2 (April 01 - 30, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, April 30, 2000.
7. Characterization and Enhancement of the BIOSCRUB Process for the Treatment of Terpenes. Progress Report 1 (March 01 - 31, 2000). Submitted to CMS Group Inc., Concord, Ontario, Canada, and IRAP Ontario, Canada. Department of Chemical Engineering & Applied Chemistry, University of Toronto, March 31, 2000.
8. Anaerobic Treatment of a High Concentrated and Formaldehyde-containing Wastewater. Technical University of Berlin, March 1998.
9. Z. LU, Xianlong Zhang & Tian Zhiao (1985): The Environmental Impact Assessment of Hunan Medicinal Production Factory, Hunan Environmental Science and Research Institute, (in Chinese), 1985
10. Z. LU & Xianlong Zhang (1984): The Environmental Impact Assessment of Hunan Wood-processing Factory, Hunan Environmental Science and Research Institute, (in Chinese), 1984[1]