GeoAlto delivers end‑to‑end engineering services for shallow geothermal projects, handling feasibility studies, simulation‑driven design, permitting, construction supervision, and ongoing operational management. By combining geotechnical expertise with specialized software, they assess site potential, model thermohydraulic performance, and provide real‑time monitoring to optimize heating, cooling, and district‑scale cold‑heat networks for buildings and neighborhoods.
Funding
Funding not disclosed
Founders
Product
Problem
Buildings and districts often rely on fossil‑based heating and cooling systems, leading to high carbon emissions and limited flexibility in energy sourcing. Implementing surface‑near geothermal solutions is complex due to site‑specific geological risks, regulatory requirements, and the need for precise design, construction oversight, and long‑term performance monitoring.
Solution
GeoAlto provides end‑to‑end engineering services for shallow geothermal energy projects, covering feasibility studies, detailed design, permitting, construction supervision, and operational management. Using specialized simulation software and geotechnical expertise, the company evaluates site potential, models thermohydraulic behavior, and predicts system performance for borehole fields, ground‑source heat pump networks, and cold district heating schemes. During construction, GeoAlto ensures compliance with regulations, monitors progress, and controls costs. After commissioning, the firm supplies measurement equipment, online monitoring platforms, and expert analysis to continuously optimize system efficiency for individual buildings or whole neighborhoods.
Target Audience
Primary customers are architects, developers, and facility managers of commercial, institutional, and residential projects seeking sustainable heating and cooling solutions, as well as municipalities planning district‑scale geothermal energy networks.
Features
- Site‑specific geothermal potential assessment with risk mitigation and regulatory compliance
- Simulation‑driven design of borehole fields, ground‑source heat exchangers, and district‑scale cold‑heat networks
- Full project support from feasibility (HOAI/AHO phases 1‑2) through tendering, award, and construction supervision
- On‑site construction monitoring, quality assurance, and cost control for geothermal installations
- Continuous operation management including sensor deployment, real‑time data acquisition, and expert performance optimization
- Integration of cold “near‑heat” networks for district cooling and load balancing across multiple buildings