Working platforms are vital temporary structures providing stable surfaces for heavy machinery like cranes and piling rigs. They prevent equipment from sinking or toppling on unstable soil. Well-designed platforms ensure safety and efficiency on any construction site. Anton Solutions prioritizes superior design and the best material selection for working platforms. With modern geotechnical methods, including Secugrid® and Combigrid® geosynthetics, we built dependable, cost-effective platforms that withstand the test of time. We focus on providing safe, sustainable solutions for complex projects.
Before building any working platform, it's crucial to do a thorough site investigation. It looks into factors like subgrade strength, soil conditions, and the load requirement of heavy machines and equipment. Ignoring these factors can lead to platform collapse or sinking of the equipment or machines, which is dangerous and expensive. Proper site analysis contributes to site-specific solutions, ensuring efficient and safe operations.
Site-Specific Designs: Our engineers create personalized platform designs for each location. We thoroughly consider soil strength, ground conditions, and the type of equipment used. This tailored approach ensures working platforms meet load demands, adapt to terrain, and reduce failure risks.
Preempting Failures: In-depth site evaluations help identify weak areas in the soil or subgrade that may result in breakdowns. Knowing the ground conditions beforehand lowers risks, stops expensive delays, and keeps work moving. Early ground assessment prevents risks, avoids delays, and ensures smooth progress.
T-Value Method: The T-Value Method helps accurately assess the benefits of geogrid reinforcement. This method shows how geogrids reduce platform thickness and increase weight capacity by up to 30%. Besides, this method trims the platform's carbon footprint by up to 40%, offering a greener and more economical solution.
The geosynthetics like Secugrid® and Combigrid® tremendously enhance the load-bearing capacity of working platforms. These materials reinforce the soil and distribute the weight of equipment or machinery more effectively. It makes them the perfect alternative for projects requiring big machines on weak soils.
Load Distribution: Geogrids spread the weight of the equipment over a bigger area. This reduces the pressure on any single spot of the platform.
Semi-Submersible: Buoyant columns connected by pontoons support this platform. It remains stable through a balance of buoyancy and weight. It can be built onshore and towed to the installation site, making it a suitable option for waters 30-70 meters deep.
Extended Platform Lifespan: Geogrids increase structural integrity and reduce maintenance needs. These materials are extremely beneficial in extending the platform’s service life.
Working Platform Options and Common Applications
Granular Platforms:
These platforms are cost-effective and easy to construct, often reusing materials found on-site. However, they might not perform well under extreme soil conditions, necessitating deep foundations that could be difficult to put in place.
Geogrid-Reinforced Platforms:
They work great for soft soils and offer superior load distribution with a thinner base. They need a more complex design and cost more upfront, but the long-term gains in stability and material efficiency outweigh the investment.
Chemically Stabilized Platforms:
These platforms are a perfect fit for the most challenging soil conditions. Chemicals are used to bind and stabilize the soil. This method ensures high performance in harsh conditions but requires professional mixing and application of chemicals.
Why Soil Stabilization Matters
Improved Load Capacity: Stabilized soils can handle heavier loads without failing, ensuring safety during operations. Augmented stability enhances overall performance under tough conditions.
Reduced Platform Thickness: Soil stabilization enables thinner platform designs, reducing labor and material expenses. Thinner platforms result in faster construction and more efficient resource usage.
Increased Platform Lifespan: Stabilized soils make platforms less likely to erode or sink, so they don’t need repairs so often. Platforms that last longer need less maintenance and prolong the usability of the structure.
Environmental Benefits: Using less material helps lower the overall carbon footprint of a project. This leads to greener construction practices and conserving natural resources.
Resources
We rely on a variety of resources, including reports, expert perspectives, and white papers, to enhance our platform designs. These resources provide valuable information on improving soil stabilization and optimizing working platform performance for different project needs.
Report
Our reports provide a comprehensive lessons-learned review of the state-of-the-practice, current bridge barrier technologies, and their implementation.
Perspective
Get expert viewpoints on the evolving nature of bridge safety, focusing on innovative barrier solutions.
White Paper
Analyse our white papers for detailed information about the design process, material choice, and installation methods for the bridge barriers.
Report
Our reports showcase successful cases of barrier implementation and their positive impact on infrastructure safety and lifespan.
Brochure Box
Our brochures cover a range of services, including Bridges and Culverts, Excavation Stability, Hydro Power Systems, Access Roads, Windmill Foundations, and Working Platforms. Each brochure outlines our approach to sustainable infrastructure engineering, with a focus on safe and efficient solutions tailored to your project.
Working Platforms
Explore our advanced solutions for designing stable and safe working platforms. This brochure covers best practices for constructing efficient temporary or permanent platforms.
Learn about our expertise in access road design and construction, ensuring durability and safety. The brochure showcases our access road engineering practices for optimal performance.
Download the brochure to discover robust engineering solutions for bridges and culverts. See how innovative designs and materials ensure structural integrity in various conditions.
Our brochure covers advanced methods to maintain stability during excavation projects. Discover the strategies that prevent collapses and ensure site safety.
This brochure highlights our comprehensive approach to designing and building critical infrastructure. Learn about cutting-edge techniques for modern infrastructure projects.
Our brochure explains the foundation technologies for windmills that ensure stability and performance. Discover sustainable engineering practices for renewable energy foundations.
Our partnerships with elite companies ensure that we deliver cutting-edge solutions, incorporating the latest advancements in geosynthetics and platform design for every project.
