Miranda Water Technologies Expands Presence in Turkiye with Second Miracell® Essential System Deployment

Summary
Full Article
Miranda Water Technologies, under the umbrella of Rainmaker Worldwide Inc., has marked another milestone with the deployment of its second Miracell® Essential wastewater treatment system at Gubretas Mining, a key player in Turkiye's gold mining sector. This installation is a testament to the system's proven performance and the growing trust between Miranda Water Technologies and its industrial clients. The Miracell® Essential is designed to cater to the wastewater treatment needs of over 500 day workers, showcasing its capacity to support large-scale operations in challenging environments.
The Miracell® system stands out for its energy efficiency, minimal maintenance requirements, and adaptability to variable flow rates, making it an ideal solution for the mining industry. Its compact, containerized design allows for quick mobilization and setup, a critical feature for operations in remote locations. With over 1,200 installations across 40 countries, the Miracell® system has established a strong reputation for reliability and performance in high-demand industrial applications.
Michael O’Connor, Chairman and CEO of Rainmaker Worldwide Inc., highlighted the significance of this deployment, stating, 'This project reinforces our commitment to delivering scalable, high-performance wastewater systems for industrial clients.' The decision to install a second system at the same site underscores the confidence in the Miracell® technology and its ability to meet the stringent environmental and operational demands of the mining sector.
This deployment aligns with Rainmaker's strategy to provide modular infrastructure solutions that address the challenges of rapid development, environmental compliance, and decentralized service delivery in industrial sectors. The success of the Miracell® system in Turkiye's gold mining operation not only highlights its technical superiority but also its potential to contribute to sustainable water management practices worldwide.

This story is based on an article that was registered on the blockchain. The original source content used for this article is located at NewMediaWire
Article Control ID: 128683