Manufactured materials in the field of construction and civil engineering that are used to improve various hydraulic and geotechnical applications.
We specialize in the design, supply, and construction of Geosynthetic Systems.
Offer numerous advantages such as: Durability, versatility and ease of installation.
With expertise in the fields of soil mechanics, foundation engineering, geotechnical engineering, and construction, our civil engineers have benefited from the training of the country’s best in terms of technical design and construction.
Committed to provide clients with the most cost-effective solutions while meeting the technical objectives and achieving technical excellence in design and construction.
How can we help you?
There are so many reasons why PGATech should be your go-to solution in your search geospatial needs:
Expertise in Geospatial Solutions
With decades of experience in geotechnical engineering, we bring unparalleled expertise to your geospatial needs and geoconstruction projects.
We execute the latest technologies in geoconstruction which are technically proven, tried, and tested worldwide.
Our tailored approach allows us to create site-specific strategies that address your project’s unique requirements.
Our eco-friendly solutions prioritize ecological balance, ensuing a sustainable future for generations to come.
Design and Construction Services
A flexible, concrete impregnated fabric that hardens when hydrated to form a thin, durable, water proof and fire resistant concrete layer, thus allowing concrete construction without the need for plant or mixing equipment.
A high-performance stone filled net providing permanent, flexible and ecologically sensitive protection against scouring and soil erosion within waterbodies and landscaping projects.
Fabrics manufactured from synthetic fibers such as polyester. These fabrics are made to be permeable in order to provide filtration, separation, reinforcement and drainage in various soil profiles.
A high-tensile strength material made of polypropylene with optimized geometry of nodes and ribs, and a high level resistance to Ultra-violet light. It increases the shear resistance within a soil by a process of interlocking between square ribs and the soil, thus reduces differential settlement through the improvement of load distribution in the area.
Specialized drainage systems that integrate geotextile and drainage core materials into a single product. These drains are engineered to effectively extract excess water or fluids from the soil or structure, ensuring efficient drainage and preventing potential damage caused by water accumulation.
Impermeable synthetic membranes used for containment. These geosynthetics are made from materials such as high-density polyethylene, polypropylene, or polyvinyl chloride. This type of geosynthetics is mostly used for landfill lining, pond lining and water reservoirs.