Storage of mine waste in today's modern mining methods; It is carried out by completely eliminating the interaction of waste with soil and groundwater in landfill areas that will be created with the use of geosynthetic products.

In the heap formation process, which is a method of ore separation after the extraction stages of precious metals and industrial mines, terminating the contact of the bases of the ore layers with the natural soil is an indispensable necessity in terms of environmental protection and the efficiency of the ore separation method. As ENGEOTEK, we also serve Heap Leach method mining facilities in the supply and application of geosynthetic materials with superior sealing, cushioning and drainage properties.

Before geosynthetic applications in storage areas, the movement of water is controlled with HDPE and PVC pipe applications in drainage networks to drain ground water or ensure circulation within the pool.

Landfills need to provide the strongest possible protection to prevent leachate from contaminating groundwater. Nowadays, with good design and quality geosynthetic products, it will be possible to secure the environment.

In mining, when the ore is in melt or solution form, the material to be stored is not waste but the ore itself.

While waste of animal origin is considered just waste for some businesses, it is an indispensable ore for businesses operating for agricultural purposes. What is important for these two different types of businesses is to stock waste/fertilizer materials safely and correctly. As "ENGEOTEK", we produce solutions for you using modern methods in the lagoon areas to be created within the borders of your business.

Safe storage of waste is ensured in warehouse areas created with appropriate geosynthetics and correct design and application methods, according to the physical and chemical properties or hazard classification of the waste to be stored.

In areas where oil and similar products are stored in tank systems made of steel or reinforced concrete structures, impermeability is provided by geotextile and geomembrane. Engeotek is always ready to offer the most suitable solution for your projects with its many years of application and design experience in this field.

In areas where non-hazardous liquids will be stored for agricultural irrigation or landscape architecture purposes, geosynthetic clay membrane, geomembrane, geotextile etc. By using geosynthetics, storage areas are created in harmony with the balance of nature.

In aquacultural fish ponds or industrial agricultural areas; HDPE geomembranes, which are highly UV resistant, do not contain any chemical additives, are disinfected and have high impermeability value, provide great convenience in your projects with the experience of "ENGEOTEK".

In HEPP projects or agricultural irrigation channels, cracks and splits appear on concrete blocks over time due to the effect of water. This situation causes water damage to the environment and a decrease in energy production. In order to transport water efficiently, geosynthetic products give effective and precise results with correct application in Engeotek experience.

In cases where slope stability is important, low-cohesion soil components lose their stability on the slope with the effect of water, the stability of the slope is ensured with geosynthetic materials called erosion mats, allowing water to flow on the ground and soil to remain as a permanent cover on the ground and green it.

Drainage Piping

With the developing technology, natural materials have been replaced by artificial geosynthetic materials. Considering the performance values ​​and cost factors, geosynthetics provide much more advantageous results than systems created with natural materials.

In today's technology, geosynthetic reinforced retaining walls are replacing reinforced concrete retaining walls, taking into account time and cost factors. Geogrids with calculated properties are laid on the leveled ground and the filling material is filled and bundled to the calculated thickness. This process is repeated for each elevation, the application is continued and compressed. Since these projects do not contain reinforced concrete, they will be resistant and flexible against settlements on the ground.