CCL Engineering

CCL Engineering is one of the specialist design arms of the CCL Group, delivering advanced structural engineering solutions to CCL companies, licensees, agents, and clients worldwide.

With a global team spanning three continents, CCL Engineering brings deep expertise in reinforced, precast, and prestressed concrete design, gained from hundreds of diverse and prestigious projects.

Driven by innovation and collaboration, the team offers a unique multinational perspective, ensuring every project benefits from fresh ideas and optimized solutions. CCL Engineering plays a vital role in enhancing project value through efficient, buildable, and sustainable designs that balance performance, cost, and environmental impact.

Contacts

Richard Muzanar
Chief Engineering Officer

Projects

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Qorsaita Bridge, Sir El Daniyeh, Lebanon

CCL provided an alternative post-tensioned concrete solution which would overcome construction difficulties and provide a cost-effective and maintenance-free solution.

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Zeena Tower, Beirut, Lebanon

CCL's objective was to create the architectural facade of the 20-storey Zeena Tower. The architectural design of the building features a 100-metre-high 'urban filter' that overlooks the expressway that runs alongside the Beirut River. On the other side of the building, suspended gardens help create a smooth transition into a calm, green neighbourhood.

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Beirut River Solar Snake, Beirut, Lebanon

So-called because it looks like a scaled creature gliding through the city the world’s first ‘solar snake’ was constructed to span 30 m along a 325 m stretch of the Beirut River in Lebanon.

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KeyFreight Warehouse, Beirut, Lebanon

CCL designed and installed the company’s SURFACE jointless flooring system at KeyFreight Warehousing’s newest facility in the port of Beirut.

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Beirut Tower, Beirut, Lebanon

The CCL team carried out a value engineering exercise and proposed an alternative solution consisting of a two-way post-tensioned slab using the CCL bonded flat-slab system. This resulted in a reduction of slab thickness to 250 mm and the elimination of most of the drop beams, creating a more spacious, flexible interior.

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