天然气化工

水体/土壤污染修复
油田化学
环境微生物
提高采收率

(1)Liu Xinghao,She Yuehui,Dong Hao*,Li Jianbin,Mu Fangyi,Dong Ding,Lu Dehao,Yang Jie,Xu Ting,Deng Shuyuan,Zhang Fan. Biomineralization and genome-based insights of Fe(III) reduction of the NaCl-tolerant Tessaracoccus oleiagri from an integral oilfield.Journal of Environmental Chemical Engineering,2025/12/01
(2) 海上平台生产水水质多参数在线监测系统.化工环保,2025/01/01
(3)董浩,佘跃惠*,张凡,李雨,徐婷,刘宇龙,付健,何延龙,高吉,王嘉琪,孙珊珊. Cultivation and biogeochemical analyses reveal insights into biomineralization caused by piezotolerant iron-reducing bacteria from petroleum reservoirs and their application in MEOR.Science of The Total Environment,2023/08/22
(4)董浩, Optimization and characterization of biosurfactant produced by indigenous Brevibacillus borstelensis isolated from a low permeability reservoir for application in MEOR.RSC Advances,2022/01/12,12(4):2036-2047

国家自然科技基金委员会,超微细菌视角下微生物-矿物-原油交互作用机制及其提高原油采收率机理研究,2028/12/01
横20220107,X衍射全岩分析、粘土矿物测定分析,2022/04/22至2022/06/10
储层气水渗吸实验及微观孔喉测试-1,2021/12/30
油田水样水质分析,2021/06/04