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Deodorization project of Meixian County sewage treatment plant in Baoji City, Shaanxi Province
Sewage deodorization project of petrochemical industrial park in Karamay, Xinjiang
Wastewater Deodorization Project in Jingubei District, Sha County, Sanming City, Fujian Province
Wastewater Deodorization Project of the Second Urban Sewage Treatment Plant Project in Qidong City, Nantong City, Jiangsu Province
Deodorization project in Jilin Chemical Industry Park, Jilin Province
Wastewater Deodorization Project of Pingshan Industrial Park in Shicheng County, Ganzhou City, Jiangxi Province
Procurement of Deodorization Equipment for the Biannan Sewage Treatment Plant Project in Suma Park, Suzhou City, Anhui Province
Deodorization project of Xiaosong Entrepreneurship Park sewage treatment plant in Shicheng County, Ganzhou City, Jiangxi Province
Shandong Province Weifang Qingzhou Qianshan Sewage Treatment Plant Upgrading and Renovation Project
Deodorization Project of Pengyao Municipal Wastewater Treatment Plant in Xian County, Cangzhou City, Hebei Province
EPC Project for Wastewater Deodorization of Huangxing Haijixing Phase II Wastewater Treatment Center in Changsha City, Hunan Province
Jianghai Phase II Deodorization Project in Qidong City, Nantong City, Jiangsu Province
Supply Project of Complete Equipment for Washing Tower of Heping Road Pump Station in Qidong City, Nantong City, Jiangsu Province
Procurement Project of Deodorization Equipment for Jianghai Sewage Treatment Co., Ltd. in Qidong City, Nantong City, Jiangsu Province
Deodorization treatment project for sewage pump room at Yuen Long Jinxiu Huawei Bus Station in Hong Kong
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Eclear Environmental was awarded the municipal innovation funding approval for "Innovation in Shanghai"
2023-09-09
On the afternoon of November 25th, Eclear Environmental was invited to participate in the summary activity of the Changning division of the "Innovation and Entrepreneurship Competition in Shanghai" 2022. Wang Jiawei, the R&D director, represented the company at the municipal innovation funding project recognition ceremony.
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20 million photovoltaic waste gas project! Accelerate overseas market layout, Eclear Environmental signs with China Resources Solar!
2023-05-26
Recently, Eclear Environmental, with years of professional technical strength and rich project experience accumulated in the field of new energy waste gas treatment, successfully signed a contract with China Resources Solar Energy Technology (Laos) wholly-owned Co., Ltd. for the first phase of the 7.5GW high-efficiency battery cell production waste gas treatment project.
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Eclear was invited to the "Star Glory G60" Talent List Release Event for the G60 Corridor U30 in the "Innovation China" Entrepreneurship List.
2023-09-09
On the afternoon of September 8th, the 2022 "Science and Technology Innovation China" Youth Entrepreneurship List - Yangtze River Delta G60 Science and Technology Innovation Corridor U30 and "Star Glory G60" Entrepreneurship Talent List Release Event was held. Wu Liang, General Manager of Eclear Environmental, was invited to come on stage to receive the award and exchange ideas with attending leaders and guests, jointly exploring the future of science and technology innovation under the new pattern and the innovative path of the G60 Science and Technology Innovation Corridor in the Yangtze River Delta.
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Eclear Environmental Becomes a "Director Unit" of the Power Battery Recycling and Cascade Utilization Alliance
2023-07-28
By joining the Power Battery Recycling and Cascade Utilization Alliance, Eclear Environmental will rely on the alliance's good development platform to engage in communication, exchange, and friendly cooperation with member units, actively participate in the field of power battery recycling, and jointly promote the healthy development of China's power battery recycling and cascade utilization.
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生物滤池运行方式
通过在反应器上方水中曝气和处理水携氧内循环的联合,对生物滤池中DO的浓度起到了较好的控制作用,这是生物滤池系统能获得稳定的同步亚硝化/厌氧氨氧化效果的主要手段。提高内循环滤速有利于提高进入生物膜中的DO量和反应基质传递速率,从而提高系统对TN的去除速率,但内循环滤速不可过大,否则较高的DO量进入生物膜系统后,可能会促使NOB细菌的生长,从而造成NOF—N的积累,影响TN的去除效率。
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Technical Q&A
污水站除臭的恶臭物质分类
恶臭物质的致臭原因主要是由于含有特征发臭基团。含发臭基团的气体分子与嗅觉细胞作用,经嗅觉神经向脑部神经传递信息,从而完成对气味的鉴别。有机恶臭物质常含有羟基、羧基(一C00H)、氨基(-NH2)等官能团,除碳(C)、氢(H)元素外,通常还含有硫(S)、氮(N)、氧(O)和氯(CL)等元素,这些共同构成酚、醇、羧酸、醛、酮、胺、硫醇、硫醚等恶臭化合物。在所有恶臭化合物中,绝大部分是有机物,只有硫化氢等少数为无机化合物。
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Technical Q&A
污水站除臭的运行效果
恶臭问题的研究与控制一直是各国关注的重点,其中美国、日本等发达国家的起步最早,鉴于人们对生活环境质量的要求日益增强,恶臭带来的不良影响引发广泛的关注,各个国家都对恶臭问题进行了全面的研究分析,内容包含:成因、成分、如何检测、评价以及控制等相关方面,各国还制定了相关法规严格控制恶臭污染。
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Technical Q&A
污水站除臭的恶臭组成、分类、来源以及危害
恶臭污染物直接作用于人的嗅觉,给人体造成不良的心理影响以及生理伤害,其中一些恶臭污染物还会在层流大气中发生化学反应,形成酸雨或是光化学烟雾污染对环境造成极大地污染。恶臭不仅来源于城镇污水处理厂、生活垃圾填埋场、养殖场以及炼油、化工等市政、工业场所,居民生活污染也是恶臭来源,因此恶臭种类繁多,各自气味和嗅阂值不尽相同,我们需仔细了解分析污水泵站恶臭其本身的特点以及分布规律,以更好的治理。
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Technical Q&A
污水站除臭双离子除臭技术主要功能
具有过滤功能:安装在吸气通道的精密过滤装置将土颗粒从空气中分离出去;光电消毒功能:通过电化学氧化,“冷燃烧”以及光电催化氧化,能够同时去除病原菌的活性,并消除有机异味成分;催化氧化功能:空气进一步经过光电氧化之后,巩固了光电氧化效果;双离子调节功能:通过专门的电离管增加室内空气的活性含氧量,这一过程调节、聚焦了自然、健康的空气离子,对室内空气和器具表面进行了持续消毒,有效去除异味。
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Technical Q&A
污水站除臭—双离子除臭技术应用原理
近年来,随着人口的快速增长、城市化的不断扩张,作为公共服务设施的医院也在不断改扩建中,作为医院配套设施的污水处理站也越来越收到人们的关注。
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生物除臭滤池技术
生物除臭滤池技术的除臭流程主要运用天然滤料来实现,通过存在于滤料中的微生物以及细菌来对气流中的臭气完成氧化降解工作,从而达到净化气流的目的。在一般情况下,气流中的臭气仅需依靠滤料自身拥有的微生物及细菌即可消除,不必额外添加化学药物或是进行细菌接种来增强除臭效果。
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Technical Q&A
生物除臭滤池技术释义
生物除臭滤池技术的除臭流程主要运用天然滤料来实现,通过存在于滤料中的微生物以及细菌来对气流中的臭气完成氧化降解工作,从而达到净化气流的目的。在一般情况下,气流中的臭气仅需依靠滤料自身拥有的微生物及细菌即可消除,不必额外添加化学药物或是进行细菌接种来增强除臭效果。
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污染水处理厂生物除臭滤池技术
随着技术发展,许多企业开始采用生物除臭滤池技术进行臭气处理。那么,生物除臭滤池的原理是什么呢?具体如何?接下来,我将具体介绍一下。
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