荷兰一家开展土壤污染问题研究的企业与欧空局(ESA)合作开发一种用于太空探索的基于细菌的空气过滤器的相关研究也为开发防止地下钢铁管道腐蚀的新方法打下了基础。在此之前,寻找腐蚀的管道无异于大海捞针。面对成千上万千米的管道,企业不得不派出检查人员进行现场检查,并期望能够尽快找出问题所在。现在,利用起源于航天的技术,企业可以通过识别受到导致腐蚀的细菌污染的土壤,来检查受腐蚀的管道,以便及时对这些 A study by a Dutch company carrying out research on soil pollution and the European Space Agency (ESA) to develop a bacterial-based air filter for space exploration has also laid the groundwork for developing new ways to prevent corrosion of underground steel pipelines. Prior to this, looking for corrosion of the pipe is no different from the needle in a haystack. Faced with thousands of kilometers of pipelines, companies have to send inspectors on-site inspections and expect to find out where the problem is. Now, with technology that originated in spaceflight, companies can inspect corroded pipes by identifying the soil contaminated by the bacteria that cause the corrosion, so that these