Each water body requires solutions that are not only functional, but also precisely tailored to the specifics of the site. In this case, the challenge was to rehabilitate a 600 m² recreational pond. The slopes, with a 1:1.5 slope, posed a risk of erosion, and sliding aggregate could threaten the stability of the entire structure and compromise its integrity.
As in Geo Globe Poland coped with this challenge? Check out our case study!
Who was the customer?
The client was an individual investor who undertook the rehabilitation and protection of an existing recreational pond. His goal was to restore the full functionality of the pond and create a structure that is durable, safe and aesthetically pleasing, maintaining full watertightness and resistance to the effects of time. He paid special attention to protecting the layers already in place, namely the EPDM membrane and geotextile, which determined the tightness of the entire structure.
The investor expected a solution that would ensure slope stability, erosion resistance and long-term reliability. He turned to Geo Globe Poland to benefit from proven solutions and experience guaranteeing high quality implementation.
What problem did the customer face?
The key question was: How to protect the slope of the pond without disturbing the sealing layer?
The steep 1:1.5 slope required a detailed design approach, as any aggregate landslide could lead to destabilization of the entire structure. An additional challenge was the presence of existing layers: a 1.17 mm thick EPDM membrane, responsible for the tank's watertightness, and a 300 g/m² geotextile fabric, acting as a separation and filtration barrier and protecting the seal from the penetration of soil particles.In such a situation, there was no room for compromise. Even the slightest breach of the EPDM layer could have resulted in the need for costly repairs and loss of full functionality of the pond.
Solution designed by Geo Globe Poland
In order to meet the requirements of this project, it was necessary to use a system that would simultaneously provide slope stability and protect the existing seal layers. The choice fell on cellular geonets Geomaxx® GKS-33007560TPC with a height of 7.5 cm in the "small cell" variant. This solution made it possible to effectively stabilize the aggregate even at a slope of 1:1.5, guaranteeing the resistance of slopes to erosion.
The method of installation was also crucial. We used a dedicated anchoring system, which was designed to keep the delicate EPDM membrane intact and keep the tank fully sealed. Complementing the entire system were polypropylene lines, which acted as additional ballasting and stabilization. Although they are often overlooked in construction, in this case they proved to be an essential element for the long-term reliability of the structure.
Logistics also played an important role. Thanks to the high inventory maintained at Geo Globe Poland, the investor received all materials from us without delay, which made it possible to start work immediately and eliminate the risk of delays.
The end result - what did the customer gain?
- The slopes of the pond have been permanently stabilized and the aggregate protected from erosion.
- The EPDM diaphragm remained intact, ensuring that the tank was fully sealed.
- The structure has gained an aesthetically pleasing and robust character, resistant to water and weathering.
- Thanks to the fast delivery of materials and a refined system, the investor received a solution that gives the assurance of trouble-free use of the pond for many years.
This case study shows that properly selected engineering solutions can effectively secure a water reservoir and ensure its reliable operation for years to come. At Geo Globe Poland, we combine technology, experience and efficient logistics to deliver projects in a sustainable and safe manner.
Photo Gallery:
Do you have any questions? Contact the Geo-Globe experts!
Choosing the right height for Geomaxx® cell geogrids is a process that requires a comprehensive approach. The right choice of technical parameters has a direct impact on the stability, durability and functionality of the entire structure. Keep in mind that every investment has its own unique character - that is why it is always worth consulting experts in the case of atypical conditions or specific project requirements.
Follow us on social media
You may also be interested in:
- Prototype production versus mass production – what to choose and at what stage?Should we go straight to mass production, or is it better to invest in a prototype? This is a dilemma that design teams, R&D departments, and those responsible for implementations and investment budgets regularly face. On one hand, you already have a finished design: the 3D model has been refined by a team of designers and engineers, the documentation is meticulously prepared, and the functional requirements are met. …
Prototype production versus mass production – what to choose and at what stage? Read More "
- Optimization of injection technology – an innovative approach by GeoGlobeHow did we reduce the cost of tools by up to 7 times and speed up the implementation of a new component? Is the technology chosen at the project stage always the right one? This question regularly arises among design teams, R&D departments, and those responsible for investment budgets. Especially when a project is already complete, and the next step becomes an investment in production tools. In…
Optimization of injection technology – an innovative approach by GeoGlobe Read More "
- Thermoforming – Process and Applications of ThermoformingWhat is thermoforming? Thermoforming is a technological process in which products of specific shapes are formed from flat sheets, clamped in special frames, and heated to a specific temperature characteristic of a given thermoplastic material. The desired shape is formed when the material is in a highly elastic state. A vacuum is created between the heated sheet and the tool (mold), and under the influence of...
Thermoforming – Process and Applications of Thermoforming Read More "
- What does plastic component testing look like in aviation? Why do aircraft components need to be lightweight?In today's aviation, where safety and fuel efficiency are paramount, plastics are playing an increasingly important role. Wondering how these components are tested to withstand extreme conditions? Let's explore together why their lightness is so crucial and what challenges it presents to engineers. Why is weight reduction key in modern aviation? The impact of lightweight components on fuel efficiency...