Sareena Textile Steel Shed Relocation, Sheikhupura
MHN Engineers completed safe dismantling, relocation, structural steel modification, and re-erection of industrial steel sheds for Sareena Textile Industries in Sheikhupura.
Category: Structural Steel Erection & Relocation | Location: Sheikhupura, Pakistan | Scope: Industrial Shed Dismantling & Re-Erection | Type: Commercial
Project Overview: Sareena Textile Steel Shed Relocation
MHN Engineers successfully completed the comprehensive relocation and re-erection of industrial steel sheds for Sareena Textile Industries in Sheikhupura, Pakistan. This turnkey project involved the safe dismantling of existing structural steel framework covering multiple production facilities, careful transportation, and precision re-erection at the new location. The project demonstrated MHN Engineers’ expertise in structural steel work, logistics management, and adherence to safety protocols throughout every phase of execution.
Client Challenge
Sareena Textile Industries required a complete relocation of their existing steel shed infrastructure to optimize their facility layout and expand production capacity. The challenge involved dismantling large-scale structural steel components without damage, ensuring all elements could be reused, and achieving precise re-erection to maintain operational specifications and worker safety. Additionally, the relocation had to minimize production downtime and comply with Pakistani building codes and industrial safety standards (ASME/ASTM guidelines).
MHN Solution & Execution
Our team executed a methodical approach beginning with detailed structural analysis and documentation of the existing framework. We carefully dismantled all steel components using certified rigging equipment and experienced personnel trained in industrial relocation procedures. Each structural element was inspected, catalogued, and transported using specialized equipment to the new location. Our engineers performed precise leveling, alignment, and re-erection, ensuring all connections met engineering specifications. We integrated modern structural reinforcements where needed and completed all necessary welding according to AWS (American Welding Society) standards. The project maintained strict coordination with Sareena’s operations team to minimize production interruption.
Results & Industry Impact
The relocation was completed on schedule with zero safety incidents and full reuse of structural components, reducing project costs by approximately 35% compared to new fabrication. The re-erected sheds now provide optimal facility layout for expanded textile production capacity. All structural connections achieved certification compliance, and the facility passed third-party engineering audits. The project reinforced MHN Engineers’ reputation for executing complex structural relocations in the Pakistani textile sector, positioning us as the preferred partner for similar industrial infrastructure projects.
Standards & Compliance
Execution adhered to ASME B30.20 (Below-the-Hook Lifting Devices), ASTM A36 (structural steel specifications), and AWS D1.1 (structural welding code). All personnel held valid safety certifications, and the project underwent regular third-party inspections to verify structural integrity.
Project Details: Structural Steel Erection & Relocation | Location: Sheikhupura, Pakistan | Client: Sareena Textile Industries | Scope: Industrial Shed Dismantling, Relocation & Re-Erection
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Project Overview: Sareena Textile Steel Shed Relocation
MHN Engineers successfully completed the comprehensive relocation and re-erection of industrial steel sheds for Sareena Textile Industries in Sheikhupura, Pakistan.
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Project Overview: Sareena Textile Steel Shed Relocation
MHN Engineers successfully completed the comprehensive relocation and re-erection of industrial steel sheds for Sareena Textile Industries in Sheikhupura, Pakistan. This turnkey project involved the safe dismantling of existing structural steel framework covering multiple production facilities, careful transportation, and precision re-erection at the new location.