Project Overview: Papé Medford, OR - JB STEEL®
Client's Requirement
The client, Papé, required a distinctive and large facility to effectively separate material handling operations from agricultural functions. This division was vital to streamline their processes and enhance operational efficiency.
Our Innovative Solution
Leveraging our expertise from prior expansions of Papé's existing buildings, JB STEEL® crafted a sophisticated program. This program enabled the segregation of various operations, allowing them to function independently yet cohesively. Our approach involved keeping all planning and development in-house, which ensured a streamlined and cohesive process from start to finish.
Comprehensive Services Rendered
For this project, our team at JB STEEL® provided an array of services, including:
- Design-Build
- Construction Management & General Contracting
- Civil Construction
- Structural Concrete
- Structural Steel Fabrication & Installation
These services were integral in transforming the project from a vision into a tangible, functional facility.
Challenges and Triumphs
Several significant challenges were skillfully navigated during this project:
Integration of Existing Structures: We successfully incorporated an already erected structure on the site into the new construction, showcasing our ability to blend old with new effectively.
Navigating Permitting Processes: We adeptly handled permit issuances related to Public Improvements, ensuring compliance and smooth progression.
Time Constraints: Despite a compressed construction schedule, our team managed to maintain quality and efficiency, completing the project within the stipulated timeline.
Project Timeline and Completion
The entire project was executed within a 9-month period, culminating in its completion in September 2023.
Client and Project Type
The project was commissioned for Papé, known for its extensive operations. The project encompassed a Pre-engineered Metal Building, crafted through a Design-Build approach, featuring concrete tilt-up construction methods.
