Dr. Eng. Luca Adami, Energy Transition & Infrastructure
Ukraine’s energy transition is not only a matter of decarbonisation — it is a matter of resilience, sovereignty and long-term stability. A modern energy system must withstand geopolitical pressure, infrastructure disruption and market volatility while remaining aligned with European integration pathways.
A resilient transition requires a diversified generation mix combining hydropower, renewable energy, flexible storage solutions and modern grid infrastructure. Strategic plants must be designed to guarantee safety, operational reliability and environmental responsibility, while reducing dependency on vulnerable supply chains.
Beyond generation capacity, resilience means strengthening domestic competence, establishing robust regulatory frameworks and creating investment structures that attract long-term capital. Infrastructure must be bankable, technically validated and integrated into European standards and cross-border systems.
Energy sovereignty is achieved when a nation can produce, manage and secure its own energy resources within a stable and predictable framework. For Ukraine, this transition is both a strategic necessity and an opportunity to modernise infrastructure, accelerate EU integration and build a sustainable industrial foundation.
A resilient energy transition therefore combines technology, finance and institutional cooperation — transforming the energy system into a pillar of national stability and European partnership.

Renovua’s Waste-to-Energy initiative transforms municipal waste into reliable energy through modern, environmentally compliant technologies aligned with EU standards. The project reduces landfill dependency, lowers emissions, and contributes to energy sovereignty by generating electricity and heat from non-recyclable waste. Designed under structured PPP or private models, the initiative combines environmental responsibility with bankable infrastructure, creating long-term economic and ecological value for host regions.

Renovua’s CO₂ Storage initiative focuses on the safe and permanent geological sequestration of carbon dioxide in depleted gas fields and suitable underground formations. Designed in alignment with European climate objectives, the project strengthens industrial decarbonisation, supports energy transition strategies and enhances environmental responsibility. Structured under rigorous safety and monitoring standards, it contributes to long-term climate stability while creating strategic infrastructure for carbon management and regional energy sovereignty.

Renovua’s hydropower initiatives focus on the modernization of existing facilities and the development of strategically positioned new plants designed to meet European standards of safety, efficiency and environmental protection. Hydropower provides reliable baseload generation and system stability, strengthening energy sovereignty and grid resilience. Structured under PPP or private investment models, these projects combine long-term sustainability with bankable infrastructure aligned with Ukraine’s energy transition objectives.
Prof. Dr. Alexander Gardetto, Medical Director
The Renovua Veterans Project is a structured medical and rehabilitation initiative dedicated to restoring autonomy, dignity and long-term quality of life for war veterans and severely injured civilians.
The project combines advanced reconstructive and limb surgery with modern rehabilitation and prosthetic integration, aiming not only at physical recovery but at a true return to active life.
A central medical component is the reduction and prevention of phantom limb pain — a major long-term burden for amputees and healthcare systems alike. Through innovative surgical approaches and integrated rehabilitation pathways, patients experience significant functional improvement and improved quality of life, while long-term treatment costs for public healthcare systems can be substantially reduced.
The project is built on a dual structure:
Public Medical Partnerships
Private Rehabilitation & Prosthetic Structures (Renovua Platform)
Through the combination of public healthcare cooperation and privately structured rehabilitation platforms, the project creates a sustainable ecosystem for advanced limb reconstruction and reintegration.
The objective is clear: not only to treat injuries, but to enable veterans to regain independence, social participation and professional reintegration.
Targeted Sensory Reinnervation (TSR) is an advanced surgical technique developed by Prof. Dr. Alexander Gardetto.
The procedure reconnects residual nerves of an amputated limb to specific skin areas. This allows the brain to re-establish sensory pathways, significantly reducing phantom limb pain and enabling the possibility of natural sensory feedback when combined with advanced prosthetic systems.
When integrated with modern bionic prostheses equipped with sensors, TSR can allow patients to perceive touch sensations as if originating from the missing limb — creating a more intuitive and genuine prosthetic experience.
TSR represents a major step forward in reconstructive limb surgery, combining medical innovation with functional reintegration.






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