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鱼缸毒死鱼的毒素是哪里来的

  • 来源: 日期:2019-05-07 发布人:澳门金莎免费娱乐 阅读数:
  对于每个养鱼者来说,鱼缸里的毒素超标是一个棘手的问题。以下是鱼缸毒素主要来源的概况。
  For every fish farmer, it is a thorny problem that the toxins in the tank exceed the standard. The following is a brief introduction of the main sources of fish tank toxins.
  1.新打开的水箱中的水质毒素超标
  1. Toxins in newly opened water tanks exceed the standard新开缸的水体黑色素不合格是没问题状况。由于在开缸的前期,鱼缸里硝化菌的总数稀缺,因此没法将氨和亚硝酸盐分解掉,会使黑色素造成沉积,黑色素指数会渐渐地上升。
  Unqualified melanin in newly opened water is no problem. Because the total number of nitrifying bacteria in the fish tank is scarce in the early stage of tank opening, ammonia and nitrite can not be decomposed, which will cause melanin deposition and melanin index will gradually rise.
  开缸半个月的当时,恰好是黑色素造成的高的山。开缸期内人们所需做的工做是操纵氨的溶度,把氨氮的溶度操纵在0.02mg/L下列。由于假如氨的溶度过高,会抑止硝酸菌的生長,反倒导致开缸時间的增加。控制氨的浓度,经常换水,少喂鱼。
  更快的解决方案是:找鱼商或是鱼友要一大块“老棉”。说白了“老棉”,指得早已在1个硝化体系健全的玻璃缸里应用了过段时间后的白棉、生化棉及其别的生物化学滤材,包括陶瓷环、藤棉、菌房等。这些“旧棉花”上面已经有大量硝化细菌,它们可以马上分解大家新打开的鱼缸里的毒素。
  2酸跌造成的水体黑色素不合格
  2. Unqualified melanin in water caused by acid drop跌酸:水体呈较嚴重的返排,pH值一般下挫到5下列,乃至将会也有更低。硝化菌怕酸,因此水体酸跌对硝化菌的危害十分大。
  Dropping acid: The water body shows a serious backflow, the pH value generally falls below 5, and even will be lower. Nitrobacteria fear acid, so acid drop in water is very harmful to the albicans.
  酸跌造成的水体黑色素不合格的明显特点是总是测到氨氮指数不合格,而亚硝酸盐指数自始至终是零。如果检验到这类結果,应先猜疑是酸跌了。应当协调pH检验,能够迅速明确氨氮不合格的缘故,要是寻找根本原因,处理起來就非常简单了。
  The obvious characteristic of the unqualified melanin caused by acid drop is that the unqualified ammonia nitrogen index is always detected, while the nitrite index is zero from beginning to end. If such results are tested, the first suspicion should be acid drop. PH test should be coordinated to quickly identify the cause of unqualified ammonia nitrogen. If the root cause is found, it will be very simple to deal with.
  酸跌造成水体黑色素不合格时只必须在玻璃缸中放小量珊瑚沙或是小苏打,把pH值渐渐地拉上来就就行了。随之pH值的回暖,硝化菌的特异性会逐渐获得修复,硝化潜质开使提升。到pH值贴近中性时,硝化体系恢复过来,铵和氨会被硝化体系解决掉,氨氮指数清零。
  When the melanin in the water is not up to standard due to acid drop, only a small amount of coral sand or baking soda must be put in the glass jar to gradually pull up the pH value. With the warming of the pH value, the specificity of nitrifying bacteria will be gradually restored, and the nitrifying potential will be enhanced. When the pH approached neutrality, the nitrification system recovered, ammonium and ammonia would be eliminated by the nitrification system, and ammonia nitrogen would be zero.
  3有机化合物遮盖滤材造成的水体黑色素不合格有机覆盖滤料引起的水中毒素超标也与硝化细菌的特性有关。有机物(残留的诱饵、粪便等)。)是硝化细菌的天敌。大多数硝化细菌不能在有机物上生长和繁殖。在被有机化合物遮盖的滤材上硝化菌的生長会遭受抑止,随之有机化合物持续在滤材上火成岩,玻璃缸的硝化潜质在持续降低,会造成黑色素不合格,这类情解决方案是清理滤材。
  3. Unqualified melanin in water caused by organic compound covering filter material and excessive toxin in water caused by organic covering filter material are also related to the characteristics of nitrifying bacteria. Organic substances (residual bait, feces, etc.). ) It is the natural enemy of nitrifying bacteria. Most nitrifying bacteria cannot grow and reproduce on organic matter. The growth of nitrifying bacteria on the filter material covered by organic compounds will be inhibited, and the organic compounds will continue to ignite on the filter material, and the nitrification potential of the glass tank will continue to decrease, which will eventually lead to the unqualified melanin. The solution for this situation is to clean up the filter material.
  此外,应加强物理过滤,过滤棉应更频繁地使用和清洗,以尽量减少有机物在生化滤料上的沉积,并长期保持鱼缸的硝化能力。
                               济南鱼缸维修
  In addition, physical filtration should be strengthened, and filter cotton should be used and cleaned more frequently in order to minimize the deposition of organic organisms on biochemical filter media and maintain the nitrification capacity of fish tanks for a long time.
  4.用药后水质毒素超标
  4. Toxins exceed the standard after medication除了少数对硝化系统几乎没有损害的药物外,绝大多数药物都会给硝化系统带来毁灭性的打击。由于生物化学过滤材料是多孔的并且具有吸附性,因此通过给主圆筒加药来重建硝化系统也是困难的。能吸附药物,滤料上的药物残留难以清除。根本的解决办法是不要给主缸加药。因为主池的剂量可能会导致硝化系统崩溃和污染,这对鱼类太有害了。尽量使用药浴的方法,不要万不得已,不要选择主缸给药的情况。
  Except for a few drugs that do little harm to the nitrification system, the vast majority of drugs will bring a devastating blow to the nitrification system. Because the biochemical filter material is porous and adsorptive, it is difficult to reconstruct the nitrification system by adding medicine to the main cylinder. It can adsorb drugs, and it is difficult to remove drug residues on filter media. The fundamental solution is not to add medicine to the main cylinder. Because the dosage of the main pond may lead to the collapse and pollution of the nitrification system, which is too harmful to fish. Try to use the method of medicine bath, do not have to, do not choose the main cylinder of drug delivery situation.
  5过滤系统薄弱导致水质毒素超标
  5. The weakness of filtration system leads to excessive toxins in water quality这种鱼缸的典型特点是:过滤池小,滤料少,泵流量小,水质浑浊;打开水箱需要很长时间,每次测试都有毒素指标。这种情况在带有过滤和反过滤的鱼缸中很常见。在这种水质下,鱼很容易生病并突然死亡。解决这种情况的办法是:必须加强鱼缸的过滤系统。鱼缸的生化过滤功能也可以通过增加外滤桶、向上滴滤、逆风提升、水妖精等来增加;也可以更换流量更大的泵,并使用尽可能多的天然过滤材料,如麦饭石和火山岩。在正常情况下,采取这些强化措施后,鱼缸的水质会得到根本改善,毒素超标的问题也会得到解决。
  Typical features of this tank are: small filter tank, less filter material, small pump flow, turbid water quality; it takes a long time to open the tank, each test has toxin indicators. This is common in fish tanks with filters and anti-filters. In this water, fish are prone to illness and sudden death. The solution to this problem is to strengthen the filtration system of fish tank. The biochemical filter function of fish tank can also be increased by adding external filter barrel, upward drip filter, upwind lift, water goblin, etc. It can also replace pumps with larger flow rate and use as many natural and efficient filter materials as possible, such as Maifanshi and volcanic rock. Under normal circumstances, the quality of aquarium water will be fundamentally improved and the problem of toxin exceeding the standard will be solved after these strengthening measures are taken.
  我是济南鱼缸维修,更多鱼缸维修常识敬请各位关注I am Jinan Fish Tank Maintenance. More knowledge about Fish Tank Maintenance please pay attention to .
 

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