Geotechnical and Geoenvironmental Engineering

At Mondes, we provide expert Geotechnical and Geoenvironmental Engineering services designed to support the success each project from the ground up. By conducting thorough site investigations and soil testing, we uncover vital subsurface information that guides every design and construction decision. Our experienced team works on complex challenges such as ground stabilisation and slope analysis, offering tailored solutions to mitigate potential risks and enhance the safety and durability of sites nationwide.

When dealing with unstable ground, we design reliable piling systems and utilise ground improvement techniques to create a solid foundation, ensuring structures are built to last. We also assist in subsurface drainage design to manage water flow and prevent issues like flooding, which are crucial for long-term site stability.

Mondes Projects are specialized in undertaking the crucial task of landfill assessments and contaminated land remediation, addressing environmental concerns to ensure compliance and protect surrounding ecosystems.

Our expertise extends to historic mine investigations, where we explore the potential for repurposing disused mines, such as harnessing heat from mines for district heating networks. By assessing the feasibility of building on or near these sites, we provide innovative solutions that integrate these resources into modern decarbonisation strategies.

Our team also conduct seismic assessments and geotechnical risk evaluations, ensuring that every aspect of subsurface conditions is thoroughly evaluated and factored into each project, preventing unexpected challenges during construction and development.

Our Services Include

Site Investigations and Soil Testing – Analyzing subsurface conditions for accurate foundation and construction data.

Ground Stabilisation and Slope Analysis – Solutions for unstable ground and slope stability to ensure site safety.

Piling Systems Design – Designing piling systems to secure foundations on challenging ground conditions.

Ground Improvement Techniques – Methods to enhance soil stability and strength for solid foundations.

Subsurface Drainage Design – Designing effective drainage systems to manage water and prevent flooding.

Landfill Assessments and Contaminated Land Remediation – Addressing contamination and ensuring environmental safety and compliance.

Historic Mine Investigations – Exploring opportunities to repurpose disused mines for sustainable uses like heat networks.

Heat from Mines Feasibility Studies – Assessing potential for energy generation from mines for heat network applications.

Building on or Near Disused Mines Feasibility – Evaluating risks and viability of building on or near former mine sites.

Seismic Assessments – Evaluating risks of seismic activity and its impact on site stability.

Geotechnical Risk Evaluations – Identifying and mitigating risks related to ground conditions for project safety.