Today, there is a huge requirement for fluid detection and handling systems in a variety of industries, including oil and gas, chemical, aviation, and wastewater management, among others. Furthermore, the rising emphasis on plant automation has been a driving force in the fluid handling systems market. Prospective clients, on the other hand, want players to provide them with high-quality fluid detection and monitoring systems as well as timely service delivery.
Scully Signal, as one of the reputable makers of dynamic, failsafe fluid detection and handling systems, has been one entity that has established standards for other players to follow. The revolutionary self-checking technology used by the company ensures the safe, efficient, and dependable transportation, storage, and handling of precious liquid resources. Scully's built-to-last monitoring and communications solutions are engineered and manufactured in the United States and are backed by exceptional technical support. The company is committed to safeguarding people and the environment by providing exceptional services and systems that assist prevent spills and explosions while also ensuring environmentally sound, profitable operations. Scully is ISO 9001:2015 certified, which is a quality assurance model for enterprises involved in
product design, development, manufacturing, installation, and service.
Talking about the journey, Scully Signal was founded in 1936 as an engineering and manufacturing firm. Scully is the proven and trusted brand leader in the loading, transport, and storage of petroleum and liquid chemicals, with customers like BP, Exxon/Mobil, Delta Airlines, Union Pacific, IOCL, HPCL, BPCL, Reliance and Nayara Energy. Scully’s core systems include—but are not limited to—overfill prevention, static ground proving, retained product monitoring, water detection, and vehicle identification and communication. Scully also provides a full range of mechanical oil distribution systems, such as delivery nozzles and flow controllers, tight fill connectors, tank whistles, and gauges.
“Scully has direct sales offices in Europe and throughout North America, in addition to our headquarters in Wilmington, Massachusetts, and is represented in 60 countries", says Ashish Moghe, India Country Manager at Scully Signal.
Creating a Centre of Excellence
As a world leader in safety shutdown systems for the fluid handling industry, Scully is committed to uncompromising quality, reliability, service, and operating efficiency with particular emphasis on human and environmental safety. The company’s objective is to continually meet or exceed our customers’ expectations, as well as intrinsic safety approval requirements for hazardous environments.
Scully has been certified with ISO 9001:2015 since 1996 and meets all requirements of IEC 80079, which sets specific requirements and information for creating and maintaining a quality system to produce best-in-class quality. In all of its internal operations, as well as the interactions with vendors and customers, the company strives for excellence and integrity. Continuous improvement is at the heart of its Quality Management System, which drives the internal audit programme and results in product and process improvements. Scully has maintained an effective, structured quality system that is integrated across all functions and is aimed at generating superior product quality and customer experience since its inception.
“We are driven by the zest of de¬signing innovative fluid detection and handling systems and to deliver the safest, most dependable solutions for profitable operations. We are dedicated to offering high-quality fluid detection and monitoring systems with the industry's safest and most trustworthy track record. We are committed to developing superior overfill control, grounding, and communications solutions. And, by leveraging our excellent industry expertise, technical knowledge, commitment to excellence, integrity, and service, we will expand on our achievements and solidify our position as the global leader in safe and efficient product transfer and spill avoidance", concludes Ashish.
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