Capabilities and services
- Evaluate your organization's degree of sustainability –
S 3 SENER SUSTAINABILITY SYSTEMOur services in the area of Sustainability and Energy transition cover all individual stages of a project's life cycle, from consulting, feasibility studies, conceptual engineering, and basic engineering, including detailed engineering, procurement, construction, commissioning, operation and maintenance.
We promote a sustainable industry by providing decarbonization, energy efficiency, circular economy, and comprehensive water cycle management solutions, always from the perspective of digitization and modern, sustainable infrastructures.
In a climate of mutual trust, listening, and learning, we identify problems, requirements, and opportunities with you, and create tailored solutions with clear, measurable, and assessable objectives.
In the current environment with a high degree of volatility, uncertainty, and complexity, SENER brings light and generates value through:
- Multidisciplinary team for comprehensive projects: engineers, architects, lawyers, and specialists in each sector
- Updated advice on European legislation and regulations
- Active monitoring of public aid and subsidies programs
- Technology partners and leading suppliers network
- Support throughout the life cycle of solutions and projects
- Own investment capacity
We provide our partners with all the knowledge and experience of our team of professionals in the following areas of work:
DECARBONIZATION AND ENERGY EFFICIENCY:

- Renewable energies (wind, solar thermoelectric, photovoltaic, etc.)
- Renewable gases (H2, biomethane, Syngas) and biofuel
- Cogeneration and biomass
- Fossil fuel displacement
- Electrification for steam/heat production
- Heat exploitation and energy efficiency improvements
- Energy storage and hybridizations
- Self-consumption systems, smart energy management, and microgrids
- Carbon footprint monitoring and CO2 capture and utilization
- Green mobility
CIRCULAR ECONOMY:

- Technologies for the reuse of raw materials, with the objective of zero waste
- Gasification, methanation, and anaerobic digestion technologies
- Pyrolysis technologies
- Waste-to-energy plants
COMPREHENSIVE WATER CYCLE:

- Technologies for the reuse of the resource with the objective of zero effluent discharge
- Water footprint monitoring
- Smart supply and consumption management
- Purification, filtration, and desalination
- Transport and distribution systems (supply and sanitation)
- Smart Water
DIGITAL INDUSTRY:

- Digital transformation
- Smart management of industrial assets and infrastructures
- Digital twin
- Business Intelligence; descriptive, predictive, and prescriptive analytics
- Artificial intelligence for business optimization
- Process digitization
- Telecommunications and cybersecurity systems
- A company's sustainability platform
MODERN AND SUSTAINABLE INFRASTRUCTURES:

- Design and construction of efficient, sustainable industrial building
- Urban, landscape, and architectural integration of industries
- Urban sustainable solutions and equipment design
- Studies on sustainable mobility and urban road management
- Resilient, smart transport infrastructures and solutions
- Regeneration of ecosystems disturbed by industrial activity
- Visual impact, barrier effect, and noise pollution studies
- Smart ventilation and air conditioning systems