Rinchem opens Arizona chemical logistics facility

Rinchem Co. announced today that it has opened a new 79,500-square-foot chemical logistics facility in Chandler, Arizona.

The new facility includes warehousing areas for regulated and non-regulated chemicals and gases. Services that will be offered at this site include customized, temperature-controlled storage and handling of high-purity chemicals and gases primarily for the semiconductor industry.  

Rinchem globally provides warehousing, transportation and supply chain services to regional and Fortune 500 corporations within areas such as the semiconductor, chemical manufacturing, paints and coatings, oil and gas, solar, pharmaceutical and biotechnology industries.

"The completion of our new Chandler, Arizona facility represents Rinchem's ongoing commitment to providing specialized chemical management capabilities and services to our customers within the Phoenix metropolitan area," said Bryce Johnson, operations manager of Rinchem's new Chandler location.

"This facility is equipped with multiple temperature zones and monitoring systems, areas of chemical segregation, fire suppression, spill containment, an automated forklift guidance system, a clean room for high-purity chemical handling, and an inventory management system that provides real-time inventory visibility and status to our customers," he added.

Rinchem utilizes proprietary processes and technologies to ensure the safe storage, transport, handling and segregation of regulated, high-purity chemicals and gases. Rinchem also strives to adhere to all applicable local, national and international rules and regulations associated with chemical management, including adherence to OSHA, DOT, IATA, IMDG, DHS, EPA, cGMP and other regulatory requirements.

Rinchem says it helps its customers to reduce their environmental footprint by developing logistics solutions that use newer and cleaner technologies, as well as to optimize supply chain performance that leads to greater logistics efficiencies and less generated waste.