Project references for preliminary engineering assessment
Project references by scenario: conditions, key concerns and solution paths.
Yantian Port Cold Chain Service Warehouse Project
After project completion, the 12m×12m large-span layout effectively reduced the number of internal columns, enhancing flexibility in rack arrangement and meeting the diverse storage needs of port cold chain transit operations. The 64m structural height of this high-rise cold storage facility was among the highest for similar completed projects in China at the time, validating the engineering applicability of large-span post-tensioned flat slab systems in high-rise cold chain buildings.
View project →Cold StorageSuzhou Tianhuan Phase II C# Cold Storage Project
The large-span post-tensioned flat slab system effectively reduced the number of internal columns on each floor, improving rack layout flexibility for multiple temperature zones and enhancing warehouse management efficiency. The floor height advantage of the post-tensioned flat slab system, compounded across 12 stories, positively impacted overall building height and volumetric efficiency.
View project →Cold StorageShandong YunCang Cold Chain Park Project
The cold stores completed structural construction and acceptance in phases. The long-span post-tensioned flat slab solution reduced column count and increased effective storage capacity in each store, achieving the planned overall storage density. Uniform standards across the 8 stores simplify maintenance.
View project →Cold StorageLuhai Feng Phase III Cold Storage Project
Post-completion, under the -60°C operating environment, the post-tensioned structure and BICP-ST anchorage system have maintained stable performance through subsequent periodic inspections. The large-span column layout effectively reduces internal columns, improving racking layout for national reserve goods and enhancing warehouse management efficiency.
View project →Cold StorageChengdu Yinli Phase II Cold Storage Project
Upon completion, the owner compared Phase II (B4, B5) with Phase I. The 12 m × 10 m large-span scheme reduced the number of internal columns by over 60% for the same floor area, increased usable storage volume by approximately 40%, and significantly improved rack layout flexibility and forklift maneuverability. Compared to traditional waffle slab systems, the structural depth of each floor was significantly reduced, lowering the effective refrigerated volume and positively impacting operational energy consumption. The project received the First Prize for Scientific and Technological Progress from the China Federation of Logistics & Purchasing and the Sichuan Civil Engineering Li Bing Award, recognizing its engineering value.
View project →Cold StorageBeijing Southeast Expressway Smart Logistics Hub Cold Storage Project
Upon project completion, the 12.7m large column spacing scheme reduced the number of internal columns while providing ample structural space for flexible arrangement of intelligent racking and automated equipment, improving effective storage capacity utilization and rack layout flexibility, meeting the owner's operational requirements for high-standard modern cold chain facilities.
View project →Cold StorageChengdu Yinli Agricultural Cold Chain Logistics Center Phase III – BICP Taiku System
Usable storage volume increased by approximately 20%; construction cost reduced by 10–20% compared to conventional solutions under the same span; floor height reduced by about 60 cm per level; structural length of 102.5 m achieved without expansion joints.
View project →Cold StorageBICP Selected for Huangshanghuang Cold Chain Logistics Distribution Center Project
Approximately 20% increase in usable storage volume; 10%–20% reduction in overall construction cost; 60–80 cm floor height reduction per level.
View project →Cold StorageTaiku 10m Large Column Grid Solution Saves 15% Total Cost for Qingdao Free Trade Zone International Cold Chain Logistics Center Phase II
Increased storage capacity by over 15%, saved 15% total construction cost, eliminated post-cast strips, shortened construction schedule, and enhanced structural durability.
View project →Cold StorageBICP Taiku Solution for Zhongtong Smart Manufacturing Cold Chain Project
Effective storage capacity increased by over 15%; construction cost reduced by 10%-20% compared to conventional beam-slab structures; operational energy consumption lowered; construction period shortened.
View project →Cold StorageTaiku 12m Large Column Grid Solution Saves Approximately 15% in Overall Construction Cost for Changsha Red Star Cold Chain Direct Supply Center Project
Achieved a bidirectional 12m x 12m column grid and up to 120m without expansion joints under applicable conditions. Reduced overall construction cost by approximately 10%–20%, with this project saving about 15%. Increased cold storage capacity by over 15%.
View project →Cold StorageBICP Taiku Solution for Liaocheng Qilu Food Distribution Hub Phase I Cold Storage Project
Usable storage capacity increased by 19%. Floor height reduced by 60 cm per level. Column count reduced by 30%. Expansion joint-free design improves operational efficiency. Lower overall construction and maintenance costs.
View project →Cold StorageApplication of Taiku® System in Suzhou Tianchen Cold Chain Phase 2 Project
Increased usable storage capacity by 15%, reduced overall construction cost by 15%, and achieved a QC Class I award from the China Construction Industry Association for improved construction quality.
View project →Cold StorageZTO Express Fujian Minzhong Cold Chain Project: Taiku Long-Span Post-Tensioned Flat Slab in E-commerce Cold Chain Warehousing
After project completion, the cold storage facility entered the e-commerce fresh food operation phase. The flexibility in racking layout enabled by the long-span solution was demonstrated in practice: the owner adjusted the racking configuration multiple times to accommodate seasonal product changes, without being constrained by column positions.
View project →Cold StorageSuper-Long Span Post-Tensioned Cold Storage Project: Taiku Solution Reduces Overall Cost by 15%
Increased storage capacity by over 15%, reduced overall construction cost by 15%, shortened project duration, minimized cracking, and improved structural durability.
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