Saica Pack has launched its new £10m warehouse facility project in Hartlepool. This investment marks Saica Group’s continued commitment to long term growth and innovation in the Northeast, solidifying its footprint across the UK to meet the growing service demands of customers nationwide.
Designed with future growth in mind, the new facility will house up to 9,000 pallets – more than double the typical capacity of most warehouses in the region, which average around 4,250 pallets. This expansion will serve as a strategic hub for Saica Pack’s growth-driven goals, offering further capacity for both sheet and converted corrugated products. The space will also feature a dedicated area for the logistics team and a resting zone for drivers, optimising efficiency and support across operations.
A key feature of the new warehouse is its integration of renewable energy solutions. The facility will incorporate solar panels, expected to generate up to 10% of the plant’s total energy needs, reducing carbon footprint of the operations and reinforcing Saica’s commitment to environmental responsibility. This forward-thinking approach demonstrates the company’s resolve to build a greener and more sustainable future.
Riccardo Tonelli, Northeast Regional Director, Saica Pack, commented, “This investment in Hartlepool is a key milestone in Saica’s long-term commitment to the region. It reflects our deep commitment to delivering exceptional service, enhancing our operational efficiency, and creating sustainable solutions for our customers. By integrating renewable energy and supporting local employment, we’re not just expanding our business – but strengthening our foundation for decades of growth and progress.”
The project is set to commence from shortly, with construction expected to continue throughout the year. Once completed, the facility will improve Saica’s delivery capabilities and further strengthen its mission to deliver innovative and sustainable packaging solutions to drive both business success and environmental sustainability.