Driving decarbonization with alternative energy carriers
At Sener, we design and deliver the infrastructures where sustainable fuels are produced, stored, and used. These projects play a key role in advancing the energy transition by reducing dependence on fossil resources and enabling the decarbonization of hard-to-electrify sectors. Through multidisciplinary engineering and innovative technologies, we integrate renewable gases, biofuels, e-fuels, hydrogen, and ammonia into energy and industrial systems safely and efficiently.
We design facilities for green hydrogen, ammonia, biogas, bio and synthetic fuels, and other renewable energy vectors, integrating the most adequate technologies to ensure that projects are efficient, competitive, and compliant with stringent environmental standards.
Our engineering goes beyond design—we implement sustainable fuels solutions that are scalable, adaptable, and proven in real markets. Projects such as biogas recovery plants in Spain or hydrogen-ready combined cycle plants in Germany show how we embed future fuels into infrastructures that are already transforming energy landscapes. By aligning innovation with feasibility, we accelerate adoption and deliver tangible climate impact.
Sener is recognized for its ability to integrate advanced technologies into large-scale industrial processes, helping companies enhance competitiveness and sustainability.
We work alongside the manufacturing sector to design and implement solutions that improve efficiency, reduce emissions, and enable the gradual transition toward cleaner production models. Our multidisciplinary expertise in energy, fuels, gases, and industrial engineering allows us to address the evolving needs of multiple sectors with a single, integrated approach.
We apply a structured methodology based on monitoring, optimization, transformation, and management. In monitoring, we analyze energy demand, available feedstocks, and regulatory conditions.
Optimization involves simulations of different vectors, whether biogas, syngas, hydrogen, or e-fuels, to define the most efficient solution.
Transformation is where design becomes reality: engineering, EPC or EPCm delivery of plants, retrofits, and integration with existing assets.
Finally, management ensures that performance is maintained through predictive maintenance, upgrades, and adaptation to new feedstocks or technologies.
Our lifecycle approach ensures that sustainable fuels projects remain competitive and resilient. We embed flexibility for multiple feedstocks, hybrid configurations, and digital monitoring. By preparing assets to evolve with market and regulatory changes, we ensure that industries remain aligned with decarbonization objectives and gain long-term competitiveness.
Sener design projects in which renewable electricity, CO2 captures, water and waste materials are used to generate the sustainable fuels which helps energy sector decarbonization.
At Sener, we design sustainable fuels projects that transform renewable resources into clean energy — helping industries cut emissions, enhance competitiveness, and drive the energy transition.