With the right wastewater treatment strategies, companies can address these challenges while advancing their sustainability ...

The subject of Moon’s intrigue: forever chemicals leaching into semiconductor wastewater, yet another domino effect of the production process. Per- and polyfluoroalkyl substances, or PFAS ...

He leads a dozen scientists in research for semiconductor water treatment. “What we're trying to do is to figure out how they can take that wastewater, clean it up and make new chips again with ...

This industry application has become more difficult in recent years due to regulatory and market pressure to increase ...

In this study, the research team used bioleaching to recover tungsten from wastewater generated by the semiconductor manufacturing industry and assessed the economic feasibility of the technology.

As a result, effective treatment methods for TMAH-laden wastewater have become a critical ... particularly in the semiconductor industry, known for its corrosive and toxic properties.

Another critical aspect of smart manufacturing is the management of wastewater generated during semiconductor production. A study introduced the UNISON decision framework, which optimizes the ...

Syracuse, N.Y. – Onondaga County is planning to put up $20 million to move forward on a critical portion of the Micron Technology semiconductor ... an industrial wastewater plant that would ...

The new data, collected using standard US EPA and ASTM methods for “target” PFAS, are generally consistent with prior published papers on PFAS in semiconductor fab wastewater discharges in showing ...