Showcasing Niumag’s Excellence | Niumag Analytical Exhibits at the 9th Waste Underground Disposal Symposium, Contributing to Safe Solid Waste Disposal

On August 23rd, the “9th Underground Waste Disposal Symposium” was grandly held in Guiyang, Guizhou. This industry event plays a significant role in advancing scientific and technological innovations in the field of underground waste disposal and environmental radiochemistry, injecting new vitality into the development of this field.

This conference focused on underground waste disposal and related fields. It included extensive and in-depth academic exchanges on various aspects, including theoretical research, practical exploration, engineering examples, new technologies and methods, as well as the latest international research advancements. Such exchanges are expected to further advance core technology breakthroughs in the field of underground waste disposal, promote the transformation and application of academic results, and provide direction for the industry’s development.

At the event, Suzhou Nuohai Analysis Instruments Co., Ltd. made a remarkable appearance, showcasing application solutions for low-field nuclear magnetic resonance technology in solid waste treatment and analysis.

Typical Applications

At the conference, Suzhou Nuohai’s booth attracted many attendees for in-depth discussions. Several experts showed a strong interest in the application of low-field nuclear magnetic resonance technology in environmental radiochemistry, contaminated site remediation, and solid waste disposal monitoring. Discussions and exchanges were held on its application in fracture rock characterization, seepage mechanism research, and classification pore quantitative analysis.

This conference not only provided a valuable exchange platform for scholars and engineers in the underground waste disposal field but also created more opportunities for technological innovation and the integration of industry and research. Suzhou Nuohai will continue to leverage its advantages in low-field nuclear magnetic resonance technology R&D and applications to contribute to the development of waste resource disposal and environmental protection efforts in China.