Client: Panattoni Panattoni Park Aylesford is a large-scale logistics development located in Kent, spanning 90 acres. The site, formerly Aylesford Newsprint, is situated near junction 4 of the M20, providing excellent access to London and the Channel ports. The £180 million project is designed to deliver 1.9 million square feet of high-quality warehousing and distribution space, including units with sustainable features, such as BREEAM “Excellent” and EPC “A” ratings. The development also includes new infrastructure, such as a £7 million link road, improving access for logistics operations. Services we provided Civil & Infrastructure Engineering Geotechnical & Ground Engineering Ground Investigation & Land Quality Structural Engineering Utilities Engineering Water Engineering & Flood Risk Our Role BWB has been a key player in delivering Panattoni Park Aylesford, providing a full suite of civil and structural engineering services. Our role began with ground solutions to address complex site conditions, ensuring that the foundations and utilities infrastructure were optimally designed for stability and long-term performance. Drainage design We also provided comprehensive drainage design and flood risk management strategies to mitigate surface water challenges and support sustainable water management on the site. Negotiation lead In addition, we led negotiations and stakeholder management with local authorities, city officials, and port authorities. This included resolving technical challenges related to surface water drainage and ensuring compliance with local regulations. Our technical solutions incorporated innovative drainage designs that balanced environmental impact with project requirements, enabling the site to progress smoothly through planning and into construction. Challenging location The primary challenge was addressing surface-water drainage constraints due to the site's location near a sensitive watercourse. Our team developed a robust drainage solution that met regulatory requirements and avoided environmental disruption.