Construction projects generate thousands of tons of excavated materials every year. Whether produced by diaphragm walls, bored piles, tunneling or other ground engineering activities, wet
Construction and infrastructure projects generate thousands of tons of wet sludge every year. Whether produced by tunnel boring machines (TBMs), diaphragm walls, drilling operations, concrete
On sites involving diaphragm walls, drilling, geothermal works, special foundations or tunnelling, the management of excavated material is a major technical, logistical, economic and environmental
Construction projects across the United States generate thousands of tons of sludge every day. Whether produced during excavation, tunneling, drilling or environmental remediation, wet sludge
In civil engineering as well as in industry, the management of excavated material and slurry has become a major technical, logistical, and environmental challenge. Today,
Modern TBM Projects Face Growing Slurry Management Challenges Large-scale underground infrastructure projects rely heavily on tunnel boring machines (TBMs) to maintain production schedules while minimizing
Project context and challenges During the extension project of high school, an old hydrocarbon storage tank from a former automotive workshop contained 50 m³ of
On construction sites, excavated material management (matex) is a major technical, economic, and regulatory challenge. Whether dealing with construction spoil from tunnel boring machines, drilling
The entire Aprotek team wishes you a very happy New Year 2026. May this year bring you good health, success, and the realization of sustainable
The context: directional drilling, tunnel boring machines and management of excavated materials On directional drilling and tunnel boring machine sites, managing excavated materials is a
