OUR SERVICES

• Soil Investigation

  
  The first step of geotechnical design and applications is to do a soil investigation. For this purpose, soil boring, geophysical exploration, in-situ and laboratory tests are carried out. Thanks to our experienced teams, engineering parameters necessary for geotechnical design are determined. Soil investigation reports are prepared in line with legal legislation and they include accurate engineering data and interpretations which are required for geotechnical design.
  
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• Geotechnical Design & Consultancy

  
  Geotechnical design and consultancy services are provided by our engineering teams that are very experienced in their fields both in terms of design and application. Accurate and reliable engineering forms the basis of our design and geotechnical projects are enriched by our economical solutions. Designs for authorization and application are prepared in line with legal legislation and in full by expert teams.
  
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• Soil Improvement

  
  The bearing capacity and/or settlement problems as well as the liquefaction potential of soils are among the main subjects for which geotechnical engineers seek solutions. Our teams experienced in soil and structure behaviour and capable of choosing the production techniques appropriate for the field conditions provide service both to public and private sectors. The applications include production methods such as bored piles, mini piles, jet-grouting, deep soil mixing (DSM), dynamic compaction, stone column, concrete column etc. Our production quality is checked via quality control tests such as core sampling, integrity test and load test.
  
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• Shoring Systems

  
  Shoring systems are necessary in almost all projects with deep excavations and maximum construction area, especially in transportation and industrial facility investments. It is a field with a very high technical risk that requires a specialty of its own and to which geotechnical engineers provide and implement solutions.
  
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• Waterfront Structures

  
  For the foundation excavations close to the shorelines, the impermeability is an important factor with regard to the construction process and excavation safety. Our firm offers design and application solutions for deep excavations and foundation systems to be made below the groundwater level. In line with design criteria, cutoff walls and bottom plug are formed using secant jet grout columns or bored piles and with additional help of dewatering working environments suitable for construction activities are created. During and after the production, our application processes are checked via quality control methods.
  
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• Geoblok Walls

  
  GEO-BLOK Retaining Wall is a 'reinforced earth retaining wall' technology which has emerged as an alternative to reinforced concrete retaining walls. The constituents of GEO-BLOK are concrete block, compacted filled soil, high-strength plastic-based geosynthetic equipment. In this system, horizontal loads within the soil are carried by the 'soil' + 'equipment' couple reinforced with geosynthetic equipments. As to the surface elements, numerous aesthetic visual alternatives are obtained thanks to the variety of colours, textures and materials. GEOBLOK Retaining Walls are produced much faster than the reinforced concrete walls. Our firm, with its team of expert engineers and its application team, offers reliable and high-quality earth reinforcement solutions which meet the needs of the projects both in public and private sectors.
  
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• Geotechnical Applications

• Anchorage

  Anchorage applications are employed to ensure the stability of structures and resist lateral forces. Commonly used in retaining walls and deep excavations, anchors increase structural safety. Our company offers secure and solid solutions in public and private sector projects through anchorage applications.
  
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• Deep Soil Mixing

  DSM applications involve mixing binders like cement with weak soils to improve their load-bearing capacity. This method creates a stronger structure within the soil, facilitating the safe construction of buildings. Our company contributes to public and private sector projects with DSM applications, offering reliable ground reinforcement solutions.
  
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• Bored Pile

  Bored Piles are used to securely place structures in areas where the ground conditions are unfavorable. This method is commonly chosen to enhance soil stability and increase the load-bearing capacity in deep excavations. Pile foundations provide a minimal footprint, making them ideal for confined construction areas. Our company offers safe and long-lasting solutions for both public and private sector projects through bored pile applications.
  
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• Strut

  Strut applications are used in deep excavations to protect surrounding structures and ensure the safety of the excavation site. This method is particularly preferred in large and deep excavations to control soil movements and enhance structural security. Using steel or reinforced concrete elements, strut systems help maintain soil stability, allowing construction to proceed safely. Our company offers safe and durable solutions for public and private sector projects with strut applications.
  
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• Jet Grout

  et grouting is a soil improvement method designed to increase the load-bearing capacity of the ground or create impermeable barriers. By injecting high-pressure cement slurry into the soil, the grout mixes with the soil to form a more durable material. This method is often used in weak soils or areas with high groundwater levels. Our company provides strong and durable soil solutions with jet grouting applications in various projects.
  
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• Concrete Sheet Wall

  Concrete sheet wall applications are employed in deep excavations to stabilize the soil and protect surrounding structures. This method is also used to control groundwater and prevent soil slippage in excavation areas. Our company provides safe and durable solutions with caisson wall applications in a variety of projects.
  
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• Mini Jet Grout

  Mini jet grouting is used in small-scale projects where soil improvement is required. This method utilizes high-pressure injection techniques to strengthen the soil in limited areas. Our company enhances ground safety in projects with mini jet grouting solutions, particularly for confined spaces and small-scale projects.
  
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• Mini Pile

  Mini piles are used for soil stabilization in small or lightweight projects, particularly in confined spaces. Designed for lower load-bearing structures, mini piles offer a quick and cost-effective solution. Our company contributes to various projects with mini pile applications suited to different ground conditions.
  
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• Soil Nail Shotcrete

  Soil nail shotcrete applications are used to stabilize slopes and deep excavation sites by inserting nails into the ground. These nails work together with the soil to minimize risks of displacement and failure. This method ensures the safety of construction sites. Our company provides safe and cost-effective solutions through soil nailing applications.
  
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• Mini Deep Soil Mixing

  Mini DSM is designed for smaller-scale projects requiring soil improvement and reinforcement. It provides a quick and economical solution, especially in confined spaces or for light structures. Our company enhances project safety with mini DSM applications by addressing various ground challenges.
  
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• Concrete Column

  Concrete sheet wall applications are employed in deep excavations to stabilize the soil and protect surrounding structures. This method is also used to control groundwater and prevent soil slippage in excavation areas. Our company provides safe and durable solutions with caisson wall applications in a variety of projects.
  
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• Packer Injection

  Packer injection is a geotechnical engineering ground improvement method in which grout, cementitious slurry, or chemical agents are injected under pressure into soil or rock through a specialized device called a packer. A packer is placed within a drilled borehole to create a sealed zone that directs the injected material into targeted voids, fractures, or weak soil layers. This process enhances load-bearing capacity, reduces permeability, and improves overall subsurface stability.
  
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