Lombardi Ecuador

Our core competence builds on the great Swiss tunnelling heritage. Risk management in tunneling starts with the systematic analysis of the geological and hydrogeological fundamentals, which leads to the detailed representation of ground models (Baugrundmodelle). The relevant hazards (Gefährdungsbilder) can be easily identified on the basis of the ground models and possible concepts for measures can be than drawn up. This systematic approach leads to a robust excavation design even under the most difficult conditions in coventional or mechanized excavation.

In urban underground construction (stations, tunnels and facilities), tunneling methods that protect the the sensitive environment while maintaining appropriate safety factors must be strived for. In addition to conceptual considerations, complex numerical calculations are often required to estimate the extent of settlement as accurately as possible. With regard to the local residents, the stakeholders and the environment, we attach great importance to the sustainability of the planned and realized structures.

The subsurface is gaining more and more importance for large and often complex underground facilities, be it for hydropower plants or research facilities. For the design of caverns with large heights and widths, as well as deep shafts, the detailed study of geotechnical conditions and a deep understanding of the principles of rock mechanics are indispensable.

In addition to numerous tunnel constructions using underground methods, various cut-and-cover tunnels extend our service portfolio in the field of near-surface tunnel construction. In these structures, the interactions of the existing ground and the new tunnel structure are of particular importance.

Engineering services for the mining sector prioritize sustainability, ensuring that extraction processes have minimal environmental impact and make efficient use of resources.

Our commitment is oriented to implement advanced technologies and practices to safeguard both the surrounding ecosystem and mine workers. By emphasizing safety and eco-friendly solutions, our actions bridge the gap between resource demands and responsible stewardship of our planet.

We have many years of experience in the pre-treatment of weak rock or soft soil and the creation of sealing bodies in the protection of which tunnelling (conventional or TBM) can be carried out. Freezing, jet-grouting, systematic drainage and injections are examples of measures that we have planned and closely supervised during their realization and are therefore part of our core expertise.

We are specialized in all aspects of hydropower engineering. Our expertise covers of generation schemes, from high head to run-of-river, as well as pumped storage facilities. We cover the entire project lifecycle, from conception and design to commissioning, operation, and maintenance. This includes social and environmental impact assessments, civil and electromechanical design, as well as project appraisals and due diligence. We are currently engaged in significant pumped storage projects worldwide, supporting the transition to renewable energy sources.

Leveraging our core competences in both civil and electromechanical engineering, we offer comprehensive solutions for project planning, design and construction supervision services for both surface and underground powerhouses. Our extensive experience also covers expansion and rehabilitation solutions for existing powerhouses.

Hydraulic and underground structures have been at the core of our business since the foundation of Lombardi. Thanks to our experience on many projects in Switzerland and around the world, we gained a deep understanding of the unique challenges related to the design, construction, operation and maintenance of hydraulic tunnels and shafts in a wide range of conditions. Our experience cover design of high pressure and low pressure system, including mechanized (TBM) and drill and blast tunnelling.

We have extensive experience in designing steel penstocks and linings for both generation and pumped storage hydropower plants. We also have experience with FRP penstock, offering a flexible alternative for lower pressure applications. We also offer comprehensive assessment of existing penstock, including evaluation and retrofitting of existing structures.

Our hydromechanical team of engineers is involved since the early design stage of hydropower plants, ensuring a complete and multi-disciplinary approach. We can help our clients select the optimal solutions for their project and accompany them during the entire procurement process up to commissioning. We are also experienced in the assessment of existing generating and pumping units, gates and valves, providing comprehensive solutions for refurbishments and upgrades.

With our Electromechanical equipment team we can offer complete design services for the Water to Wire equipment of a powerhouse including the evaluation of the entire range of hydraulic turbines such as Francis, Pelton, Kaplan, etc. we also can provide specific assistance on the definition of pump-turbine based on his long experience on pumped storage schemes.

From the monumental Contra arch dam completed in 1965, one of the world's tallest and most slender, to the innovative RCC gravity arch dam of Arenal finished in 2021, dam engineering has always been at the core of our expertise.

Our comprehensive services cover the entire spectrum of dam engineering, including design from inception to completion, safety evaluations, rehabilitation strategies, and full-scale surveillance and monitoring solutions. In our team includes several federal dam safety experts appointed by the Swiss Federal Office of Energy.

Our competences include water transfer systems and pumping stations, crucial components in effective water resource management. With our involvement in major water supply projects, such as the ongoing Upper Wawa pumping station project, delivering potable water to the citizens of Manila in the Philippines, we understand the critical role these systems play in ensuring access to clean and reliable water. We offer end-to-end solutions, from design to construction and commissioning supervision.

Specializing in hydrological studies and numerical watershed modeling, we provide comprehensive assessments of water resources and conduct safety evaluations for dam spillway capacities.

We manage geo-related risks in civil works, to add value to the Client's Projects in terms of safety, quality, cost, lifespan, and sustainability. The Engineering Geological Model (EGM) and the Geo-risk Register (GR) are the two main concepts underpinning the risk management process, both based on the following core-activities: investigation and surveying, geological and hydrogeological modelling, geotechnical characterization of rock masses and soils, monitoring, ground behavior modelling of both human intervention and natural environments.

If engineering is reality modelling, monitoring is engineering model proof. With the use of in-house softwares we manage integrated monitoring systems in terms of design, data interpretation and action plan set-up, in support of a variety of contexts: environmental studies, electromechanical facilities, controlling during construction, geo-risk management, dam safety, building and infrastructure operation and maintenance, traffic management.

In the Artificial Intelligence era, we keep the machines under control and provide advanced numerical modelling services, combining strong technical background with a long series of case histories, and common sense with intuition. Whatever geological, hydrogeological, geotechnical, hydraulic, fluid dynamic computational, structural, thermal, seismic modelling it is, it is designed and set-up on solid technical-scientific basis.

The goal of dam safety is mainly achieved in the design phase, but the monitoring and the behavior interpretation is crucial to minimize the residual risk. Over decades, we can offer international expertise to set up the proper surveillance concept, detect anomalies, and support decision makers in defining strategies to keep dam behaviors under control.

Sustainability & Life Cycle Management (LCM) means innovation through sharing. From Conceptual Studies up to civil work obsolescence, we integrate peoples, data and processes to bring innovation and sustainability and create valuable intellectual capital, throughout the whole life cycle.

Engineering does not mean obsessive quantification of all things. The most widely used quantitative methods to assess the risks are valid, but they have its own (and dangerous) limits when they are used as mere checklists. Before any quantification, our main effort is driven to the comprehensive framing and detection of all the reasonable hazards affecting our Projects, in a safety, efficiency and sustainability perspective.

Engineering means taking care of the Environment in which we operate. Based on our track-records of projects, we propose to our clients’ site-specific approaches to ensure, across impact analysis, assessment and permitting practice, that clients’ goals are achieved.

We operate with the adoption of higher environmental standards and in compliance with international environmental certification processes.

We are facing unprecedented environmental, social and economic challenges. To meet these, we combine advanced expertise with a responsible approach to sustainable, intelligent development that puts people and planet first. We have expertise in environmental planning as well as design and development, including transportation and infrastructure.

Bridges aren't just structures. They're the embodiment of people connection, architecture and engineering artistry, innovation. We provide expertise and passion in bridge crafting, without adjusting to homologation processes but considering that each bridge is in some sense a prototype, which will coexist with future generations.

Retaining structures, special foundations, ground consolidation, treatment and drainage. From planning to design, from construction to operation, we create new spaces in more and more dense urban contexts, keeping under control the always challenging interaction between soil, water, and civil works.