#Sweden #Cold Jet #Nippon Sanso #Dry Ice #Köping

Cold Jet and Nippon Sanso: A New Era in Dry Ice Production

In late May, a significant advancement in dry ice production technology took place with the official inauguration of a cutting-edge facility in Köping, Sweden. Cold Jet, a leader in dry ice solutions, partnered with Nippon Sanso to deploy a fully automated system that promises to revolutionize how dry ice is produced and distributed across the Nordic region.

Meeting Growing Demand

The facility is designed to meet the rising demand for dry ice, particularly in sectors like aviation, food preservation, pharmaceuticals, and industrial cleaning. The efficiency of this plant cannot be overstated; it is engineered to produce an impressive 2.2 tons of dry ice per hour. This localized production eliminates lengthy transport times, ensuring that high-quality dry ice reaches customers swiftly and reliably.

The Power of Turnkey Solutions

Choosing Cold Jet for this project allowed Nippon Sanso to implement an integrated solution without the logistical headaches of piecemeal sourcing. As Stefan Persson, Process Improvement Senior Manager at Nippon Sanso, noted, their collaboration was characterized by streamlined communication and a shared focus on quality and safety. The result is a production line noted for its ease of operation and the highest standards in dry ice quality.

Advanced Technology and Automation

The Köping facility is notable for its sophisticated automation, which incorporates Cold Jet’s advanced technology. Key features include:

• - PR750H High-Efficiency Pelletizers capable of high-volume production.
• - Integrated Conveyor Control Systems that manage the transition from pellet to reformer seamlessly.
• - R1000H Pellet-to-Slice Reformers designed to produce high-density slices in various weights.
• - Fully Automated Robotics System that utilizes advanced robotics for packing, minimizing human intervention and error.
• - RE-CO₂ 320 Recovery Systems that capture and recycle CO₂, maximizing production efficiency while being environmentally conscious.

By automating routines, the facility minimizes human errors, allowing staff to concentrate on quality aspects further down the line.

Commitment to Sustainability

One of the standout features of this facility is its focus on sustainability. Traditional dry ice production methods are notorious for releasing substantial CO₂ emissions into the atmosphere. By deploying Cold Jet's CO₂ Recovery Systems, Nippon Sanso captures waste gas, which transforms it into a reusable resource, effectively halving their liquid CO₂ (LCO₂) costs and dramatically enhancing efficiency. This innovation aligns perfectly with Nippon Sanso's commitment to reducing its carbon footprint and promoting environmental stewardship.

Local Production for Greater Flexibility

One of the significant advantages of this facility is its proximity to Nippon Sanso's existing operations. This integration allows for a shared resource setup that enhances operational agility. The plant is capable of producing various dry ice forms—both pellets and slices—tailored to meet changing customer needs. Persson emphasized that this flexibility is crucial for clients, especially those involved in the careful transportation of sensitive goods.

Conclusion

Cold Jet and Nippon Sanso's collaboration in Köping marks a significant milestone in the dry ice industry, exemplifying how technology and sustainability can coalesce to enhance production capabilities. With this advanced automated facility, both companies are poised to address market needs effectively while minimizing their ecological impact. As they pave the way forward, this project stands as a model of excellence in the production and distribution of dry ice, catering to diverse industrial applications with speed, quality, and sustainability.

For further details about this partnership, please reach out to:

• - Joke Peeters, Marketing Director, Cold Jet, [email protected]
• - Emelie Christensen, Marketing Communication Specialist, Nippon Sanso, [email protected]