High-Load Intermodal Logistics Center - FUJIAN ACADEMY OF BUILDING RESEARCH CO., LTD.

Published ReferenceNingde Water-Land Intermodal Center Phase II Prestressing Works

LocationNingde, Fujian, China

SectorIndustrial & Logistics

Evidence StatusOfficial contract and technical data published

Project Context

An Academy-published prestressing construction contract for a provincial and municipal key logistics project. The reference combines high floor loading, a large structural grid and warehouse circulation requirements, with project data and contracting parties stated in the official article.

Verified Project Facts

The following information comes directly from Academy project pages or official project articles. Unpublished data is not inferred.

Published scopePrestressing works construction

Gross floor area157,137.27 m²

Maximum live load35 kN/m²

Published maximum span/grid24 × 26 m

Main componentsWarehouses 4, 5 and 6 plus floor freight routes

Contracting partiesFujian Jianke Engineering Technology Co., Ltd. and CSCEC Strait Construction Development Co., Ltd.

Ningde Water-Land Intermodal Center Phase II Prestressing Works

Engineering Challenge

The published project includes three distribution warehouses and floor-level freight routes, with a maximum live load of 35 kN/m² and a stated maximum span/grid of 24 × 26 m. The structural system must support logistics operations while controlling depth, deformation and construction interfaces.

Engineering Approach

The verified delivery is a prestressing construction contract. For a project of this type, design detailing and construction-method development must connect tendon zoning, anchorage access, pour sequence, stressing operations and coordination with freight circulation. The official article identifies prestressing detail design and construction-process development as a traditional strength of the Academy subsidiary.

What It Demonstrates

This is a source-rich industrial reference: the contract relationship, project scale, structural loading, span and principal building components are all publicly traceable. It provides credible evidence of prestressing delivery capability for high-load logistics buildings without relying on inferred quantities.

Evidence Source

Academy official project article

All numerical facts above are taken from the Academy's official article dated 27 October 2023.

View official source

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