生物活性碳

生物炭制备及其性能研究进展 - hanspub

生物炭因超强的吸附性和稳定性在土壤营养状况改善与污染修复等领域得到广泛应用。本文总结了生物炭的制备及改性方法，分析制备材料、制备温度等因素对生物炭性能影响，对生物活性碳法是利用活性炭为载体，使炭在处理废水过程中炭表面上生成生物膜，产生活性炭吸附和微生物氧化分解有机物的协同作用的废水生物处理过程。生物活性炭法 - 百度百科本文主要综述了以生物质为原料制备活性炭以及通过制备条件调控其比表面积、孔隙结构和表面性质等微结构特性的研究，重点阐述了生物质组成、炭化和活化条件（如炭化方式、生物质活性炭的制备与微结构特性调控研究进展 - cip

臭氧-生物活性炭(O3-BAC)技术原理及在水处理的作用

臭氧 - 生物活性炭技术作为新型净水技术体系，借助于臭氧氧化以及活性炭的联合，构建起集约化的水资源净化机制。. 通过臭氧化学的氧化、灭菌消毒以及活性炭吸附、降解作用，完成水体中有机物污染物、氯气副产物等有作为一种经济，容易获得的碳质材料，生物炭已逐渐成长为催化领域的替代候选物质。. 一再认识到，生物炭上的功能结构是多相催化系统中的活性位点（包括含氧基团，缺陷，持久性自由基（PFR）等），这一点已得到广生物炭的新概念：高级氧化过程中生物炭应用机理的 ...2022年11月23日通过回顾酸活化,碱活化,气体活化,等离子活化和金属浸渍 5 种生物炭活化技术,及活化后生物炭强化催化过程中吸附作用和强化催化降解作用发现,针对增强生物炭生物炭活化技术及生物炭催化剂的研究进展 - 知乎

O 3 -BAC工艺对含溴水体消毒副产物生成势的影响

该文主要研究了含溴水体在经过臭氧-生物活性炭(o 3-bac)工艺处理前后消毒副产物生成势的变化。通过加氯培养测定三卤甲烷(thms)和卤乙酸(haas)的生成势。2023年12月7日生物炭是通过在低氧条件下对生物质进行热解而产生的富含碳的固体材料，通常被称为“黑金”。在过去几十年里，生物炭在环境、土壤和能源等多个领域被广泛中国科大环境系Nature Reviews Materials 生物炭研究与 ...通过对生物炭进行N元素掺杂改性制成N掺杂生物炭（NBC）可丰富生物炭孔隙结构和表面活性位点，提高吸附、导电和催化性能。本文综述了国内外近几年来关于NBC的制备/改性方法（热解法、活化法、水热法、模板法和氮掺杂生物炭的制备与应用研究进展 - cip

Research progress on the formation and control of typical

2019年8月12日 Nitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, 2021年8月23日生物法处理挥发性有机废气的研究进展挥发性有机物(VOCs)排入大气中，会产生严重的环境问题，如雾霾、光化学烟雾、破坏臭氧层导致全球变暖等 ...生物法处理挥发性有机废气的研究进展 - 北极星环保网【#TTV焦點】生物活性碳應用傷口敷料癒合速度增2倍小龍編：細菌～病毒～走開－－－科技部與海洋大學研究團隊 ...生物活性碳應用傷口敷料癒合速度增2倍【#TTV焦點 ...

生物活性碳應用傷口敷料癒合速度增2倍【#TTV焦點 ...

2019年9月10日【#TTV焦點】生物活性碳應用傷口敷料癒合速度增2倍小龍編：細菌～病毒～走開－－－科技部與海洋大學研究團隊 ...CN203065263U CN 201220745738 CN201220745738U CN203065263U CN 203065263 U CN203065263 U CN 203065263U CN 201220745738 CN201220745738 CN 201220745738 CN 201220745738 U CN201220745738 U CN 201220745738U CN 203065263 U CN203065263 U CN 203065263U Authority CN China Prior art keywords rainwater water CN203065263U - Google PatentsNitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Research progress on the formation and control of typical

Research progress on the formation and control of typical

Nitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Nitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Research progress on the formation and control of typical Nitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Research progress on the formation and control of typical

CN106242060B - Google Patents

CN106242060B CN201610698570.1A CN201610698570A CN106242060B CN 106242060 B CN106242060 B CN 106242060B CN 201610698570 A CN201610698570 A CN 201610698570A CN 106242060 B CN106242060 B CN 106242060B Authority CN China Prior art keywords water conservation district parts polluting water conservation Prior art CN206051664U CN201620964885.1U CN201620964885U CN206051664U CN 206051664 U CN206051664 U CN 206051664U CN 201620964885 U CN201620964885 U CN 201620964885U CN 206051664 U CN206051664 U CN 206051664U Authority CN China Prior art keywords microorganism water tank culturing tank microorganism culturing Prior CN206051664U ... - Google PatentsNitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Research progress on the formation and control of typical

Research progress on the formation and control of typical

Nitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, CN109012158A CN201810963369.0A CN201810963369A CN109012158A CN 109012158 A CN109012158 A CN 109012158A CN 201810963369 A CN201810963369 A CN 201810963369A CN 109012158 A CN109012158 A CN 109012158A Authority CN China Prior art keywords ozone tank destroys heating demisting Prior art date 2018-08-22 CN109012158A - 一种水处理用臭氧毁灭器 - Google PatentsNitrogenous disinfection by-products (N-DBPs) are high-toxicity emerging disinfection by-products with intensive “carcinogenicity, teratogenicity, mutagenicity”. Issues about their generation and control are research focus and difficulty in the drinking water treatment field. The typical nitrogenous disinfection by-products include haloacetonitrile, nitrosamine, Research progress on the formation and control of typical

CN106242060A - Google Patents

本发明公开了一种防止水源保护区污染的生态保护系统，包括：设置在水源保护区水体的入水口位置的数据采集系统 ...CN108194637A CN201711480234.0A CN201711480234A CN108194637A CN 108194637 A CN108194637 A CN 108194637A CN 201711480234 A CN201711480234 A CN 201711480234A CN 108194637 A CN108194637 A CN 108194637A Authority CN China Prior art keywords drainpipe low head water connecting tube support feet Prior art date CN108194637A - 一种臭氧防漏气水封装置 - Google PatentsTWM471450U TW102218846U TW102218846U TWM471450U TW M471450 U TWM471450 U TW M471450U TW 102218846 U TW102218846 U TW 102218846U TW 102218846 U TW102218846 U TW 102218846U TW M471450 U TWM471450 U TW M471450U Authority TW Taiwan Prior art keywords water reverse osmosis treatment TWM471450U - Industrial low concentration organic ... - Google

CN103157352A - 一种水处理用臭氧毁灭器 - Google Patents

CN103157352A CN2011104259416A CN201110425941A CN103157352A CN 103157352 A CN103157352 A CN 103157352A CN 2011104259416 A CN2011104259416 A CN 2011104259416A CN 201110425941 A CN201110425941 A CN 201110425941A CN 103157352 A CN103157352 A CN 103157352A Authority CN China Prior art keywords CN101475293B CN 200910077947 CN200910077947A CN101475293B CN 101475293 B CN101475293 B CN 101475293B CN 200910077947 CN200910077947 CN 200910077947 CN 200910077947 A CN200910077947 A CN 200910077947A CN 101475293 B CN101475293 B CN 101475293B Authority CN China Prior art keywords biochemical CN101475293B - 一种废水处理回用工艺 - Google Patents