SERVICES
We work for architecture and engineering firms, construction companies, real estates, urban planners, public and private administrations, and general and specialized contractors. We engage in feasibility studies, schematic and detailed designs, “design and build”, and consulting for problem assessment and solving.
CORE SOLUTIONS
We support the analysis, design, installation, monitoring, and optimization of the following underground energy solutions for buildings, infrastructure, urban districts, and cities.
Shallow geothermal systems
including vertical and horizontal geothermal boreholes, groundwater systems, thermal coils, and related technologies.
Energy geostructures
including energy piles, walls, slabs, anchors, and other structural heat exchangers.
Energy infrastructure
including energy tunnels, underground parking structures, and other infrastructure-integrated systems.
Underground thermal energy storage systems
including pit, borehole, pile-based, and other subsurface thermal storage solutions.
Aquifer thermal energy storage systems
including groundwater-based daily and seasonal heating and cooling storage solutions.
Underground data centers
and edge-computing solutions.
District thermal energy networks
for heating, cooling, and thermal energy sharing.
SUPPORT AT EVERY STAGE
We provide services before, during, and after the construction of geothermal systems
BEFORE CONSTRUCTION
Techno-economic feasibility studies
to reliably estimate the power and energy that can be harnessed from geothermal technologies and other underground energy solutions, together with their associated costs, return on investment, and environmental benefits.
Thermal response tests
to quantify, through field measurements complemented by numerical simulations as appropriate, key thermal properties of the ground—including the effective or nominal thermal conductivity of soil and rock strata and ground temperature—and geothermal technologies, including their thermal resistance.
Thermal performance tests
to quantify, through field measurements complemented by numerical simulations as appropriate, the thermal power and energy that can be harvested from or stored in geothermal technologies and other underground energy solutions.
Schematic and detailed designs
based on advanced finite element simulations, field data, and engineering drawings to translate feasibility assessments of geothermal technologies and other underground energy solutions into buildable and implementable projects of long-term performance.
DURING CONSTRUCTION
Construction supervision
to support the entities involved in installing geothermal technologies and other underground energy solutions. From engineering drawings and dedicated reports to on-site assistance, we help ensure that systems are built or retrofitted as designed for reliable long-term performance.
Quality control checks
to verify the integrity and proper operation of geothermal technologies and other underground energy solutions before commissioning. Through pressure tests, flow tests, leakage checks, and other field inspections, we ensure that installed systems meet design specifications and performance requirements.
AFTER CONSTRUCTION
System monitoring
to continuously track the operation and performance of geothermal technologies and other underground energy solutions. Through tailored instrumentation, data acquisition, and performance analysis, we provide the information needed to assess system behavior, identify potential anomalies, and verify long-term performance.
Energy optimization
to improve the performance and efficiency of geothermal technologies and other underground energy solutions. By analyzing operational data and system behavior, we identify opportunities to optimize control strategies, energy flows, and operating conditions while reducing energy consumption and costs.
Energy audits
to assess the energy performance of existing geothermal technologies and other underground energy solutions and identify opportunities for improvement. Through the analysis of energy consumption, operating conditions, equipment performance, and available data, we quantify inefficiencies and recommend measures to reduce energy use, costs, and environmental impacts.
From feasibility to design, installation, and operation.
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