CLIENT Pedemont Properties
Pedemont Properties
Project Scope
The project involves the design and construction of a 5000m² tilt-up construction warehouse for removalists and storage. The objective is to optimize and maximize the site layout to provide the maximum available hardstand area for sea container storage, laydown, and vehicle movement. The project also includes the development of ergonomic office spaces with necessary amenities for staff and operators, ensuring the site meets security and monitoring requirements in accordance with state customs laws for freight.
Key components of the project
Warehouse Design and Construction:
Total Area: 5000m²
Tilt-Up Construction: Utilize tilt-up construction methods to efficiently and effectively build the 5000m² warehouse. This method will ensure durability, speed of construction, and cost-effectiveness.
Structural Integrity: Ensure the warehouse is designed to meet all relevant building codes and standards, providing a robust and safe environment for operations.
Site Layout Optimization:
Layout Planning: Determine the best possible layout for the warehouse and surrounding areas to optimize space usage. This includes strategic placement of the building, access points, and storage areas.
Hardstand Area: Maximize the available hardstand area for sea container storage, laydown, and vehicle movement. This will involve careful planning to ensure efficient traffic flow and space utilization.
Vehicle Movement: Design wide and clearly marked pathways to facilitate easy and safe movement of vehicles, including trucks and forklifts, within the site.
Office Space Development:
Ergonomic Design: Create ergonomic office spaces that promote productivity and comfort for staff and operators. This includes well-designed workstations, meeting rooms, and breakout areas.
Amenities: Provide essential amenities such as restrooms, kitchen facilities, and break rooms to ensure a comfortable working environment.
Functional Layout: Ensure the office layout supports operational efficiency, with easy access to key areas such as the warehouse floor and administrative offices.
Security and Monitoring:
Compliance with Customs Laws: Design the site to comply with state customs laws for freight, which includes specific security and monitoring requirements.
Secure Perimeter: Implement a secure perimeter with appropriate fencing, gates, and access control systems to prevent unauthorized entry.
Surveillance Systems: Install a comprehensive surveillance system with cameras strategically placed to monitor key areas of the site, ensuring the safety and security of goods and personnel.
Sustainability and Efficiency:
Energy Efficiency: Incorporate energy-efficient systems and materials into the design to reduce the building’s environmental impact and operational costs.
Water Management: Implement water-saving fixtures and an efficient stormwater management system to handle runoff and prevent flooding.
Sustainable Materials: Use sustainable and locally sourced materials where possible to minimize the environmental footprint.
Regulatory Compliance:
Building Codes: Ensure that all aspects of the design and construction comply with relevant building codes and regulations.
Health and Safety: Adhere to occupational health and safety standards to provide a safe working environment for all employees and contractors.
Project DELIVERABLES
Key Objectives:
Detailed architectural and engineering plans for the warehouse and office spaces.
Construction of a 5000m² tilt-up warehouse with optimized layout.
Development of ergonomic office spaces with required amenities.
Installation of a secure perimeter and comprehensive surveillance system.
Incorporate a dual loading dock to the design for unloading sea containers.
Implementation of energy-efficient and sustainable building practices.
Compliance with state customs laws and relevant building codes.
END USER:
The primary end users of this facility will be staff and operators involved in the warehousing and logistics operations, including the storage and movement of sea containers and freight.
Highlights:
Efficient and cost-effective tilt-up construction method.
Optimized site layout for maximum hardstand area and vehicle movement.
Ergonomic and functional office spaces with essential amenities.
Compliance with security requirements as per state customs laws.
Commitment to sustainability and regulatory compliance.
Project Challenges
Challenge
Removal of contaminated soils
Mitigation
Utilizing environmental surveys and historical site data to assess potential contamination risks to the site. ensuring the plan complies with all relevant environmental regulations and standards, Hiring contractors with experience and expertise in handling contaminated soils. Transporting the contaminated soils to licensed disposal or treatment facilities.
Challenge
Poor ground conditions during construction
Mitigation
Designing foundations to suit the specific ground conditions, using techniques such as deep foundations, and raft slab avenues. Providing road base trafficable areas during the construction stage to allow for vehicle movement.
Challenge
Unfavourable weather conditions
Mitigation
Overcome this by developing a flexible construction schedule that can accommodate weather-related delays. Identifying alternative tasks that can be performed indoors or in protected areas during adverse weather conditions. Regularly monitoring weather forecasts to anticipate and plan for adverse weather conditions.
Project Photos
