Construction dewatering
Wellpoint, deep-well and vacuum systems for excavations, cofferdams and pile foundations; discharge, treatment and monitoring.
Details (in Russian) →Three directions, one subject: groundwater. From field investigations and a calibrated model to design documentation, expert review and site supervision.
Working documentation for dewatering, drainage and groundwater protection, with state expert review support and site supervision.
Wellpoint, deep-well and vacuum systems for excavations, cofferdams and pile foundations; discharge, treatment and monitoring.
Details (in Russian) →Inflow forecasts and drainage schemes for open pits and underground mines, pit slope depressurisation, mine water management.
Details (in Russian) →Horizontal, vertical, radial and perimeter drains for buildings, industrial sites and territories; pumping stations and outfalls.
Details (in Russian) →Slurry walls, secant piles, jet grouting and grout curtains; performance verified on a numerical model.
Details (in Russian) →Sorption and permeable reactive barriers that stop contaminant migration in groundwater.
Details (in Russian) →Seepage assessment, groundwater protection and monitoring for tailings dams, sludge ponds and process water reservoirs.
Details (in Russian) →Groundwater conditions, base drainage and protection of aquifers for municipal and industrial waste landfills.
Details (in Russian) →Protection of land, settlements and industrial sites from flooding and rising groundwater, including the justification of flood-zone boundaries.
Details (in Russian) →Diagnosis of waterlogged basements and foundations, drainage and waterproofing solutions verified by modeling.
Details (in Russian) →Probability and damage assessment for flooding, suffosion and landslides; risk management recommendations before construction.
Details (in Russian) →Runoff calculations, drainage networks, retention and treatment of surface water for industrial and urban areas.
Details (in Russian) →Groundwater assessment and engineering measures for the closure of sludge ponds, dumps and other legacy facilities.
Details (in Russian) →Numerical models calibrated against field data. The model is the calculation core of every large project we deliver.
MODFLOW and FEFLOW models of inflows, drawdown, barrier performance and contaminant plumes, with forecasts for decades ahead.
Details (in Russian) →HEC-RAS rain-on-grid models of catchments and floodplains; flood maps and the sizing of protection measures.
Details (in Russian) →Freezing and thawing forecasts for permafrost foundations, thermal stabilisation and seasonal effects.
Details (in Russian) →Field data and expert support for owners, designers and mining companies.
Pumping tests, packer tests, tracer tests and monitoring wells that measure aquifer parameters directly.
Details (in Russian) →Monitoring networks and programmes with response criteria for mines, tailings facilities and industrial sites.
Details (in Russian) →Applied studies of seepage, contaminant transport and dewatering methods for non-standard conditions.
Details (in Russian) →We study the site investigation data, the structure and the construction schedule and say plainly which data are missing.
Analytical seepage calculations and a numerical model, a double justification of every decision.
A full documentation package - explanatory note, drawings, bill of quantities, specifications, cost estimate. Support during expert review.
Site supervision, monitoring and adjustment of decisions to the actual conditions on site.
Detailed service pages are currently available in Russian. Write to us in English, we will answer the same way.
Describe the site and the task - we will propose an approach and a scope of work.
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