Decarbonization and energy efficiency

Sisener engineering services

We approach the industrial decarbonization challenge from a global point of view, offering comprehensive solutions to our customers that optimize their energy mix, reducing their carbon emissions.

Nowadays, only 30% of the energy consumed by industry is electric, with the challenge of decarbonizing the remaining 70% of thermal energy.

Electrical decarbonization

Self-consumption projects:
- Feasibility studies.
- Property and detail engineering.
- Construction management, supervision and legalization.
Electric hybridization projects:
- Site evaluation (urban planning, environmental).
- Solar and wind resource analysis.
- Optimal sizing (solar + wind + batteries + H2).

Thermal decarbonization

Use of surplus electricity for storage and thermal supply.
Solar thermal energy implementation (strategic alliance with Absolicon)
Replacement of boilers and gas systems with electric systems and biomass boilers.
Replacement or blending of natural gas with renewable gases such as biomethane, hydrogen, biogas or syngas.

CO₂ capture

(strategic alliance with Carbon Biocapture)

Carbon footprint study and reduction.
Efficient process of CO2 capture and transformation through bioconversion with microalgae:
- Up to 86% CO2 capture.
- Up to 92% NOx (nitrogenous) capture.
- 100% capture of SOx (sulfides).
High biomass and oxygen production.
Real time monitoring.

Energy Efficiency

Optimization of industrial processes:
- Energy audits according to RD 56/2016.
- Identification of savings improvements.
- Implementation of efficient technologies.
Monitoring and control (Digital twins).
Financing through CAE (Energy Saving Certificate).