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Trenchless Middle East provides a platform for professionals, practitioners, and experts in the field to exchange knowledge, share experiences, and explore the latest advancements and best practices in trenchless technologies. 

Static pile driver Projects by Trenchless Technology

Inclined shaft construction has always been one of the most challenging technologies in the field of engineering machinery. The slant hole drilling rig is frequently required in infrastructure projects such as coal mines, water conservancy, and transportation. Traditional drilling rigs often suffer from low efficiency and insufficient safety when conducting inclined shafts.

Underground Pipelines Projects by Trenchless Technology

This artical mainly tells construction workers how to maintain their hdd machines in worksite  , so as to prolong the machien's working life and working efficiency

This text briefly describes the drilling challenges in four main stratum types and the corresponding hole-forming fluid (drilling fluid) solutions, as well as lubrication and drag-reduction technologies for trenchless pipe jacking.

In September 2025, Goodeng Machinery participated in a total of 6 overseas exhibitions. Among them, at the Russia No-Dig Exhibition (No Dig Moscow 2025) and the Australia No-Dig Exhibition (No Dig Under Down 2025), Goodeng Machinery made a grand appearance with multiple new products. Both exhibition areas were bustling with crowds, becoming the undeniable focus of "Chinese strength" at the events, showcasing the exceptional capabilities of China's high-end machinery manufacturing to the world.

Trenchless Technology Reduces Urban Traffic Disruption

This text covers key knowledge and technical details of trenchless technology, including its definition (pipeline laying, replacement and repair without excavation to cross rivers, roads and buildings) and necessity (solving traditional excavation's impact on life/traffic, lower cost, applicability where excavation is impossible); included technologies like engineering geological investigation and horizontal directional drilling; underground pipeline materials (steel, cast iron, plastic, etc.) and main materials for drainage (precast concrete pipes), gas (steel pipes) and thermal pipes (seamless steel pipes); meanings of pipe material abbreviations such as PE (polyethylene); applicable scenarios for trenchless construction (e.g., burial depth >3m, under busy roads); guided drilling principle (cooperation of guide bit, rig and instrument, with straight/directional drilling via drill string operation); environmental applications of horizontal directional drilling (groundwater extraction, biological remediation, etc.); common technical difficulties in horizontal directional drilling (hole collapse, drilling fluid loss, pipe sticking) and prevention measures; key points for crossing hard rock formations (focus on drilling fluid's lubricity/cooling); and pipeline internal inspection methods (international like TV inspection, domestic like mud measuring bucket inspection) plus sonar method's detection capabilities (inspecting water/sludge-covered parts, providing pipeline dimensions, showing deformation).