厌氧消化 - 翻译成英语

• anaerobic digestion

在 中文 中使用 厌氧消化 的示例及其翻译为 英语

然而，这种废水不能直接喂养藻类，必须首先通过厌氧消化细菌进行处理。
However, this waste water cannot feed algae directly and must first be processed by bacteria, through anaerobic digestion.

由于两种菌群只能在厌氧环境中存活，因此必须密封厌氧消化反应器。
Because the two flora can only survive in an anaerobic environment, the anaerobic digestion reactor must be sealed.

然而，这种废水不能直接喂养藻类，必须首先通过厌氧消化细菌进行处理。
However, this waste water can not feed directly and must be treated by bacteria, through anaerobic digestion.

厌氧消化这一个简单的过程，可以大大减少可能注定倾倒在海上，倾倒在垃圾填埋场，或焚烧炉的垃圾焚烧的有机物数量。
Anaerobic digestion, a simple process, can greatly reduce the amount of organic matter which might otherwise be destined to be dumped at sea, dumped in landfills, or burnt in incinerators.

根据BEIS的数据，从2017年到2018年，生物燃料的能源供应增加了11%，这是由于更多地使用厌氧消化、木颗粒和垃圾能源。
According to the BEIS, energy supply from biofuels increased by 11 percent from 2017 to 2018 due to more use of anaerobic digestion, wood pellets and energy-from-waste.

(c)改善和提高堆肥和厌氧消化；.
(c) Improve and increase composting and anaerobic digestion;

厌氧消化可以自然发生。
Soil acidification can occur naturally.

厌氧消化可以自然发生。
Anthrax can occur naturally.

所以，我们也能把厌氧消化分为两步。
Therefore, we can also divide anaerobic digestion into two steps.

Hiriya垃圾处理厂的厌氧消化器.
Anaerobic digesters at Hiriya waste facility.

厌氧消化是转化生物质的另一种方法。
Anaerobic digestion is another way of converting biomass.

在苏格兰厌氧消化可再生能源协会的机遇和挑战.
Anaerobic digestion in Scotland opportunities and challenges by the renewable energy association.

因此，我们也可以将厌氧消化分为两个步骤。
Therefore, we can also divide anaerobic digestion into two steps.

然后固体废物被处理一个月，在那里进行厌氧消化。
The solid wastes are then treated for a month where they undergo anaerobic digestion.

厌氧消化效果优于传统的化粪池2倍以上。
The anaerobic rot efficiency is more than twice that of traditional septic tanks.

厌氧消化发展的机遇与挑战作者:凯文Fitzduff&摩根伯克河流生物能厌氧….
Opportunities and challenges of developing anaerobic digestion Authors: Kevin Fitzduff& Morgan Burke, Stream BioEnergy Anaerobic….

该过程在没有氧气的情况下发生，并且被称为厌氧消化。
This process takes place in the absence of oxygen and is, therefore, an anaerobic process.

传感器将帮助垃圾分类回收，利用厌氧消化进行堆肥，从而减少垃圾填埋。
Sensors will help waste sorting and recycling, use anaerobic digestion to compost, and thus reduce landfill.

然而，污泥厌氧消化过程中出现的污染物的命运在很大程度上是未知的。
However, the fate of emerging pollutants during anaerobic digestion of sludge is largely unknown.

先进的厌氧消化(AAD)被认为是最低的碳足迹和处理这些污泥最经济可行的选择。
Advanced Anaerobic Digestion(AAD) is deemed the lowest carbon footprint and most economically feasible option for processing these sludges.