Potentially, another source of this salt could come from salty industrial wastewaters.

潜在地，这种盐的另一个来源可能来自含盐工业废水。

But during that conversion process, oftentimes salt is regenerated as the by-product, and it ends up in the industrial wastewater.

但在转化过程中， 盐通常会作为副产品再生，最终进入工业废水。

So, in total, using reverse osmosis and nanofiltration membranes, we can convert industrial wastewater into a resource of both water and salt.

因此，总的来说，使用反渗透和纳滤膜，我们可以将工业废水转化为水和盐的资源。

The Japanese brand Uniqlo, likewise implicated, responds: The analyses we had access to did not take into account the presence of lead and sulphate in the industrial wastewater.

我们得到的分析没有考虑到工业废水中铅和硫酸盐的存在。

Number two, we need to take the salt out of these salty industrial wastewaters and recover it and reuse it for other purposes.

第二，我们需要从这些含盐工业废水中提取盐分并将其回收并重新用于其他目的。

So using reverse osmosis, we can take an industrial wastewater and convert up to 95 percent of it into pure water, leaving only five percent as this concentrated salty mixture.

因此，使用反渗透，我们可以将工业废水中的 95% 转化为纯水， 仅留下 5% 作为这种浓缩的含盐混合物。

So the proposal here is that we could at least source that salt from a salty industrial wastewater, and prevent that from going into our rivers, and rather use that to apply to our roads.

所以这里的建议是， 我们至少可以从含盐工业废水中获取盐分， 并防止它进入我们的河流，而是将其用于我们的道路。

So, the idea is that we can introduce circularity, and we can recycle the water and salt from those industrial wastewater streams, from the factories, and we can send it to the front end of the chlor-alkali process.

所以， 我们的想法是我们可以引入循环，我们可以从工厂的那些工业废水流中回收水和盐，我们可以把它送到氯碱工艺的前端。