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Port Polska – airside maintenance base

Designing sustainable maintenance infrastructure to support the operational reliability of Poland’s new international airport. 

Aerial view of a large airport support campus in a snowy landscape. Several industrial buildings, parking areas, service vehicles, and light poles are visible. Multiple aircraft are parked in the distance, and one aircraft is airborne above the horizon. Snow-covered roads and landscaped areas surround the site. No visible text.

Services (8)

Sectors

Location

Warsaw, Poland

Client

Centralny Port Komunikacyjny

Architect

Estudio Lamela

The project will deliver three specialised operational maintenance bases within the western airside zone of the new airport, forming part of the Port Polska investment programme. Comprising vehicle maintenance, snow removal services, and airport maintenance facilities totalling 29,000 m², the development is designed to support safe, resilient, and efficient airport operations, while providing the infrastructure needed for long-term operational performance.

Cundall is acting as Lead Consultant, responsible for the comprehensive design development and delivery of project documentation for the maintenance bases. Our multi-disciplinary scope covers the full spectrum of design services, including optioneering and the development of architectural, engineering and technical solutions through concept design, building permit and detailed design stages. The commission also includes roadway and infrastructure design, cost planning, environmental and acoustic studies, preparation of the Environmental Impact Assessment (EIA) report, geotechnical documentation, and assessments of the development’s impact on airport operational systems.

A key focus of the design is the integration of low-energy and low-carbon solutions to enhance the sustainability and operational efficiency of the facilities. These include low-carbon heating and cooling provided through the airport’s external ambient loop system, heat recovery from compressed air system compressors to improve energy efficiency, and specialist engineering and industrial process systems supporting safe, reliable and sustainable airport maintenance operations.

Sławomir Szumierz, Associate Director, commented: “This project brings together a highly specialised multi-disciplinary team to deliver resilient, efficient, and sustainable airport maintenance infrastructure. Our focus is on integrating technical excellence with long-term operational performance, ensuring the facilities support the reliability, safety and environmental ambitions of a modern international airport.”
 

Key fact

Optimised water management through rainwater harvesting, greywater reuse, and SuDs (Sustainable Drainage Systems).

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Key fact

Low-carbon heating and cooling provided via the external airport's ambient loop system.

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Key fact

Heat recovery from the compressed air system compressors designed to improve operational energy efficiency.

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Slawomir standing in front of a camera wearing white shirt with plants on the background.

Sławomir Szumierz

Associate Director, Structural Engineering

View bio

Through integrated working, innovative problem-solving and a commitment to sustainability, we are delivering a facility that will support the airport’s operational excellence for decades.

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