Digital Sanitation System

Sanitization activities currently dominate 60-80% of technical service field operations, exclusively handled by technicians due to the operation's complexity, health risks associated with sanitizer solutions, and the inability to monitor crew actions.

This situation presents a clear trade-off for businesses. On one hand, increasing technical visits can ensure the best quality of sanitization services, but it may lead to higher operational costs and resource constraints. On the other hand, expanding dispensing installations geographically and reaching low-volume outlets can improve efficiency but might compromise the consistency and quality of sanitization.

Finding the right balance is crucial. Introducing innovative solutions, like automated monitoring systems and safer sanitization technologies, could mitigate health risks and improve efficiency while maintaining high-quality standards. Businesses need to strategically assess their priorities and leverage advanced techniques to strike a harmonious equilibrium between optimal sanitization outcomes and operational effectiveness.

The solution

These challenges have paved the way for Hi-ClO, a real game-changing solution of Celli Group based on a Gate srl technology, engineered with Alma Automotive and UQIDO.

Hi-ClO offers an effective remedy to the challenges faced by traditional sanitization methods, making it a promising innovation for the future of technical services by reducing dependency on manual interventions.

Hi-ClO optimizes resource allocation and improves overall efficiency in the sanitization process, eliminating health hazards and empowering businesses to maintain consistent disinfection standards.

The Alma Automotive crew designs and produces all the electronic parts dedicated to the digitalization of the Celli group equipment. The Company’s products are the key elements between the drink dispenser machines and cloud data analytics.

A NEW SANITIZER GENERATION

Hi-ClO is eco-friendly, stronger in respect to actual solution and safe.

• No consumable product
• No maintenance needed
• Not dangerous sanitizing agent if ingested

The electronics inside the Hi-ClO allows the system to be connected in two different ways:

• Bluetooth grants the system connection with the control APP, which allows technicians to start the sanitation and control all the parameters related to it.
  
  
• 4G cellular network consents the Hi-ClO to send data to the cloud platform, which holds the technical settings for the systems and keeps all the information for data analytics.

IT’S ALL AUTOMATIC

• Cloud defines the sanitization parameters
• The App launches the procedure and sends instructions to the Devices
• The Device manages the procedure
• The Device sends the outcome to the App
• App sends the outcome to the Cloud

CLOUD-BASED DATA ANALYTICS

• Remote alarm system for users and supervisors
• Custom setting analytics on outlet performances
• Remote support

Celli Group and Uqido

Celli Group is a global leader in the field of beverage dispensing systems and accessories for beer, soft drinks and water. With almost 1000 employees and located near Rimini, Celli runs 10 manufacturing plants in Italy, France, Spain and the UK, and has sales offices in Germany, Singapore, Brazil, and the United States, selling its products to over 100 countries worldwide. The Group is recognised by its clients for its innovation, digital capabilities, design, quality as well as for a strong ESG push. The Group has acquired the Italian software house Uqido in July 2022 with the aim to lead the digital and technological transition of the beverage industry, providing the dispensing world with new digital interaction and consumer experiences. Founded in 2010, Uqido is an Italian excellence based in Padua and Milan which operates in the ICT and new technologies sector. With its team of 30 developers, it specialises in four main business lines - IOT, Augmented and Virtual Reality, AI solutions and ERP platforms - accompanying companies and partners towards Digital Transformation paths through advanced engineering projects.