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<rss version="2.0" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:trackback="http://madskills.com/public/xml/rss/module/trackback/" xmlns:wfw="http://wellformedweb.org/CommentAPI/" xmlns:slash="http://purl.org/rss/1.0/modules/slash/"><channel><title>环保技术blog</title><link>http://www.hbafhb.cn/blog/</link><description>河北安菲环保科技有限公司</description><generator>RainbowSoft Studio Z-Blog 2.2 Prism Build 140101</generator><language>zh-CN</language><pubDate>Fri, 16 Oct 2026 14:34:49 +0800</pubDate><item><title>RO净水为什么会产生废水？原来不是浪费，是净水的关键！</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/10/chanpin-RO净水.html</link><pubDate>Fri, 16 Oct 2026 14:33:36 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/10/chanpin-RO净水.html</guid><description><![CDATA[<p style="visibility: visible" data-pm-slice="0 0 []"><span style="font-size: 19px;font-family: 楷体;visibility: visible"><span leaf="" style="visibility: visible">很多人用</span><span style="visibility: visible"><span leaf="" style="visibility: visible"><span link-id="link-1792132394083-0.9780630752197422">RO</span></span></span><span leaf="" style="visibility: visible"><span class="" link-id="link-1792132394083-0.127781856836357">反渗透纯水机</span>时，都会有一个疑惑：为什么制干净纯水的同时，一定会排出废水？</span></span></p><!--autointro-->]]></description><category>产品资料</category><comments>http://www.hbafhb.cn/blog/2026/10/chanpin-RO净水.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=112</wfw:commentRss></item><item><title>别乱反洗！石英砂 &amp;amp; 活性炭过滤器反洗周期、误区全解析</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/10/chanpin-石英砂，活性炭反洗周期.html</link><pubDate>Sat, 10 Oct 2026 16:19:07 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/10/chanpin-石英砂，活性炭反洗周期.html</guid><description><![CDATA[<p data-pm-slice="0 0 []"><span style="font-size:19px;font-family:楷体">整套净水系统里，石英砂、活性炭过滤器就是预处理的第一道防线。反冲洗操作看似简单，却直接决定过滤效果、<span class="" link-id="link-1791620286521-0.21689078565124342">滤料</span>寿命，更守护着后端昂贵的反渗透膜。</span><p><section style="text-align: center" nodeleaf=""><img class="rich_pages wxw-img js_insertlocalimg" data-aistatus="1" data-imgfileid="100000702" data-s="300,640" data-src="https://mmecoa.qpic.cn/sz_mmecoa_png/bb0EFxTgXtic4L3dtOcpaqibCxQBbsvlQebndJNfWpzZcaYSq0BLYWOicVH8ccM2doMoyZYZzQNWUXvJjCp8ICKhhlLhbqmKBr3U8CJCOhtDWE/640?wx_fmt=png&amp;from=appmsg#imgIndex=0" data-type="png" type="block" data-original-style="null" data-index="0" data-ratio="0.928" data-w="750" src="https://mmecoa.qpic.cn/sz_mmecoa_png/bb0EFxTgXtic4L3dtOcpaqibCxQBbsvlQebndJNfWpzZcaYSq0BLYWOicVH8ccM2doMoyZYZzQNWUXvJjCp8ICKhhlLhbqmKBr3U8CJCOhtDWE/640?wx_fmt=png&from=appmsg&wxfrom=13&tp=wxpic#imgIndex=0" _width="677px" __sec_open_place_holder__="true" data-sec-load-status="2" style="height: auto !important;visibility: visible !important;width: 676.984px !important" data-report-img-idx="0" alt="图片"/></section></p></p><!--autointro-->]]></description><category>产品资料</category><comments>http://www.hbafhb.cn/blog/2026/10/chanpin-石英砂，活性炭反洗周期.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=111</wfw:commentRss></item><item><title>变频恒压供水系统：新一代现代化供水方案</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/09/chanpin-变频供水设备.html</link><pubDate>Thu, 24 Sep 2026 09:22:31 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/09/chanpin-变频供水设备.html</guid><description><![CDATA[<section data-layout-id="0" style="font-size: 17px; color: rgba(0, 0, 0, 0.9); line-height: 1.8; margin-bottom: 24px;"><span leaf="">在城市建筑、工业生产、乡村供水及园林灌溉等诸多领域，供水压力不稳定、水资源浪费、设备损耗大、运维成本高等是传统供水模式的常见痛点。随着自动化控制与变频技术的迭代升级，变频恒压供水系统凭借精准稳压、按需供水、高效节能、运行稳定的核心优势，逐步取代传统水塔、<span class="" link-id="link-1790212902425-0.46372734941407767">高位水箱</span>、工频水泵供水模式，成为当下主流的现代化供水方案，全方位适配各类场景的供水需求。</span></section><p><section style="text-align: center;" nodeleaf=""><img data-src="https://mmecoa.qpic.cn/sz_mmecoa_png/bb0EFxTgXticc1MxzIBBUD1nusd9HDOfe9YT537XqVhJuAibf09tbMGiaO4icRms6P204ZhtQW7s6qSdqrcAlsxd4XbTLJ2nCcByIwanJ9tia47U/640?wx_fmt=png&amp;from=appmsg#imgIndex=0" class="rich_pages wxw-img js_insertlocalimg" data-ratio="0.685" data-s="300,640" data-type="png" data-w="1000" type="block" data-imgfileid="100000681" data-aistatus="1" data-original-style="null" data-index="0" src="https://mmecoa.qpic.cn/sz_mmecoa_png/bb0EFxTgXticc1MxzIBBUD1nusd9HDOfe9YT537XqVhJuAibf09tbMGiaO4icRms6P204ZhtQW7s6qSdqrcAlsxd4XbTLJ2nCcByIwanJ9tia47U/640?wx_fmt=png&from=appmsg&wxfrom=13&tp=wxpic#imgIndex=0" _width="677px" __sec_open_place_holder__="true" data-sec-load-status="2" style="height: auto !important; visibility: visible !important; width: 676.984px !important;" data-report-img-idx="0" alt="图片"/></section></p><!--autointro-->]]></description><category>产品资料</category><comments>http://www.hbafhb.cn/blog/2026/09/chanpin-变频供水设备.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=110</wfw:commentRss></item><item><title>什么是超纯水？超纯水设备工艺、选型及行业应用详解</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/09/新闻资讯-超纯水工艺设备.html</link><pubDate>Fri, 18 Sep 2026 17:39:14 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/09/新闻资讯-超纯水工艺设备.html</guid><description><![CDATA[<p style="visibility: visible" data-pm-slice="0 0 []"><span style="font-size: 19px;font-family: 楷体;visibility: visible"><span leaf="" style="visibility: visible">超纯水（简称</span><span style="visibility: visible"><span leaf="" style="visibility: visible"> UPW </span></span><span leaf="" style="visibility: visible">水）指在</span><span style="visibility: visible"><span leaf="" style="visibility: visible"> 25℃</span></span><span leaf="" style="visibility: visible">以上，电阻率</span><span style="visibility: visible"><span leaf="" style="visibility: visible">≥18MΩ</span></span></span><span style="font-size: 19px;font-family: 微软雅黑, sans-serif;visibility: visible">・</span><span style="font-size: 19px;font-family: 楷体;visibility: visible">cm </span><span style="font-size: 19px;font-family: 楷体;visibility: visible">的水。这类水体中几乎只保留水分子，细菌、病毒、含氯二噁英等有机物，杂质基本被去除，同时也不含人体所需的矿物质与微量元素，相当于除了氢、氧以外全部原子的水。</span></p><!--autointro-->]]></description><category>新闻资讯</category><comments>http://www.hbafhb.cn/blog/2026/09/新闻资讯-超纯水工艺设备.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=109</wfw:commentRss></item><item><title>臭氧水处理：从原理到工程实践的深度剖析</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/09/jishu-臭氧消毒器工艺原理.html</link><pubDate>Fri, 11 Sep 2026 16:12:24 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/09/jishu-臭氧消毒器工艺原理.html</guid><description><![CDATA[<p style="visibility: visible" data-pm-slice="0 0 []"><span style="font-size: 19px;font-family: 楷体;visibility: visible"><span leaf="" style="visibility: visible">近年来，随着《生活饮用水卫生标准》（</span><span style="visibility: visible"><span leaf="" style="visibility: visible">GB 5749</span></span></span><span style="font-size: 19px;font-family: &#39;MS Gothic&#39;;visibility: visible">‑</span><span style="font-size: 19px;font-family: 楷体;visibility: visible">2022</span><span style="font-size: 19px;font-family: 楷体;visibility: visible"><span leaf="" style="visibility: visible">）标准进一步收紧，加之工业废水零排放相关政策持续推进，一款传统水处理设备再次重回行业技术视野</span><span style="visibility: visible"><span leaf="" style="visibility: visible"> —— </span></span><span leaf="" style="visibility: visible"><span class="" link-id="link-1789114321014-0.615696593414722">臭氧发生器</span>。</span></span></p><!--autointro-->]]></description><category>技术交流</category><comments>http://www.hbafhb.cn/blog/2026/09/jishu-臭氧消毒器工艺原理.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=108</wfw:commentRss></item><item><title>污水乱排隐患大！农村生活污水该如何处理？</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/09/新闻资讯-农村污水如何处理.html</link><pubDate>Fri, 04 Sep 2026 10:29:38 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/09/新闻资讯-农村污水如何处理.html</guid><description><![CDATA[<p style="visibility: visible" data-pm-slice="0 0 []"><span style="font-size: 19px;font-family: 楷体;visibility: visible"><span leaf="" style="visibility: visible">农村生活污水的有效治理，是改善农村居住环境和推进乡村振兴战略的关键一环。鉴于生活污水中富含有机物及病原微生物，它们对村民的生活质量和健康构成了潜在威胁。那么，如果村庄内的生活污水被随意排放且未得到及时处理，会带来哪些不良后果呢？</span><span style="visibility: visible"><span leaf="" style="visibility: visible"><br style="visibility: visible"/></span></span></span></p><!--autointro-->]]></description><category>新闻资讯</category><comments>http://www.hbafhb.cn/blog/2026/09/新闻资讯-农村污水如何处理.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=107</wfw:commentRss></item><item><title>IMO 公约时代，中压紫外线如何搞定船舶压载水处理合规难题</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/08/jishu-中压紫外线运用船舶用水.html</link><pubDate>Thu, 27 Aug 2026 09:52:07 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/08/jishu-中压紫外线运用船舶用水.html</guid><description><![CDATA[<p style="visibility: visible;" data-pm-slice="0 0 []"><span style="font-size: 14pt; font-family: 楷体; visibility: visible;"><span leaf="" style="visibility: visible;">随着</span><span style="visibility: visible;"><span leaf="" style="visibility: visible;">IMO</span></span><span leaf="" style="visibility: visible;">国际<span class="" link-id="link-1787795505868-0.2897586564510848">压载水管理公约</span>全面强制执行，</span><span style="visibility: visible;"><span leaf="" style="visibility: visible;">D-2</span></span><span leaf="" style="visibility: visible;">排放标准已成为远洋船舶跨境通航的硬性门槛。船舶压载水携带的浮游生物、细菌、寄生虫等外来水生生物，极易造成海域生物入侵，破坏海洋生态平衡，同时也让船舶面临港口国严格检查，一旦水质不达标，将面临滞留、高额罚款等风险。传统化学电解、药剂投加式压载水处理设备，存在药剂腐蚀船体、设备体积庞大、运维繁琐、残留超标等诸多痛点，难以适配现代远洋船舶的轻量化、高合规、低损耗运营需求。而<span class="" link-id="link-1787795505866-0.9550215014391832">中压紫外线</span>压载水处理系统凭借硬核技术优势，成为船舶老旧改造、新船配套的主流合规解决方案。</span></span></p><!--autointro-->]]></description><category>技术交流</category><comments>http://www.hbafhb.cn/blog/2026/08/jishu-中压紫外线运用船舶用水.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=106</wfw:commentRss></item><item><title>破解养殖尾水治理难题：紫外线消毒构建水产绿色循环新模式</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/08/jishu-养殖尾水处理.html</link><pubDate>Fri, 21 Aug 2026 16:46:32 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/08/jishu-养殖尾水处理.html</guid><description><![CDATA[<p style="visibility: visible" data-pm-slice="0 0 []"><span style="font-size: 19px;font-family: 楷体;visibility: visible">高密度工厂化循环水养殖、高位池养虾、土池精养、育苗基地，如今普遍面临两大棘手难题：一方面养殖尾水中病原微生物泛滥，直排难以通过环保抽检；另一方面循环水体内部弧菌、水霉、养殖病毒反复暴发，鱼虾病害频发，药物残留超标，养殖损耗居高不下。传统化学消毒、<span class="" link-id="link-1787301958330-0.44508004288358927">臭氧处理</span>模式的弊端也日益凸显。</span></p><!--autointro-->]]></description><category>技术交流</category><comments>http://www.hbafhb.cn/blog/2026/08/jishu-养殖尾水处理.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=105</wfw:commentRss></item><item><title>硅磷晶技术解决中央空调循环水结垢腐蚀应用探析</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/08/jishu-硅磷晶除垢技术.html</link><pubDate>Fri, 14 Aug 2026 15:24:09 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/08/jishu-硅磷晶除垢技术.html</guid><description><![CDATA[<p data-pm-slice="0 0 []"><span style="font-size:14.0pt;font-family:楷体;">在商业写字楼、商场酒店、产业园区等现代化建筑中，中央空调系统是保障室内舒适环境的核心设施，也是建筑能耗的主要组成部分。而循环水系统作为中央空调的“血液循环系统”，水质优劣直接关乎空调的换热效率、运行能耗与设备使用寿命。在长期连续运行过程中，循环水不断蒸发浓缩，水中钙、镁硬度离子持续富集，极易在冷凝器、蒸发器、管道内壁结晶析出，形成坚硬水垢。薄薄的一层水垢就能大幅降低换热系数，导致空调制冷效果衰减、主机负荷激增、耗电量持续上升。与此同时，水体中的溶解氧、杂质会持续腐蚀金属管道与设备内壁，搭配菌藻滋生形成的<span class="" link-id="link-1786692229322-0.5361026058645273">生物黏泥</span>，极易引发管路堵塞、主机高压报警、机组故障停机等问题，大幅增加设备清洗、维修更换成本，是中央空调运维的常见痛点。</span></p><!--autointro-->]]></description><category>技术交流</category><comments>http://www.hbafhb.cn/blog/2026/08/jishu-硅磷晶除垢技术.html#comment</comments><wfw:commentRss>http://www.hbafhb.cn/blog/feed.asp?cmt=104</wfw:commentRss></item><item><title>轨道交通冷却水处理革新：AOP 高级氧化实现杀菌阻垢缓蚀一体化</title><author>null@null.com (hbafhb)</author><link>http://www.hbafhb.cn/blog/2026/08/jishu-AOP高级氧化设备.html</link><pubDate>Fri, 07 Aug 2026 17:02:55 +0800</pubDate><guid>http://www.hbafhb.cn/blog/2026/08/jishu-AOP高级氧化设备.html</guid><description><![CDATA[<p data-pm-slice="0 0 []"><span style="font-size:14.0pt;font-family:楷体;">城市地铁地下车站空间密闭、客流密集，站内空调冷却系统是保障乘车舒适度、机电设备平稳运行的命脉。当前绝大多数轨道交通地下车站，冷却水系统采用开式冷却塔换热模式，冷却水直接与外界空气接触换热，看似构造简单、建设成本低，长年累月运行之下，多重病害集中爆发，成为地铁运维的一大棘手难题。</span><p><section style="text-align: center;" nodeleaf=""><img class="rich_pages wxw-img js_insertlocalimg" data-aistatus="1" data-imgfileid="100000584" data-s="300,640" data-src="https://mmecoa.qpic.cn/mmecoa_jpg/bb0EFxTgXt9b7Vpduo0vbh0qLqlH21wbXV4XVnvKXo9qxmyMyhVnCJTibQwrCmS61y7ZGYZX3yiahnMKaC0Qmlb1vtT5GnFJzE8EVjweticeeE/640?wx_fmt=jpeg&amp;from=appmsg#imgIndex=0" data-type="jpeg" type="block" data-original-style="null" data-index="0" data-ratio="0.6666666666666666" data-w="768" src="https://mmecoa.qpic.cn/mmecoa_jpg/bb0EFxTgXt9b7Vpduo0vbh0qLqlH21wbXV4XVnvKXo9qxmyMyhVnCJTibQwrCmS61y7ZGYZX3yiahnMKaC0Qmlb1vtT5GnFJzE8EVjweticeeE/640?wx_fmt=jpeg&from=appmsg&wxfrom=13&tp=wxpic#imgIndex=0" _width="677px" __sec_open_place_holder__="true" data-sec-load-status="2" style="height: auto !important; 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