SOCAR Türkiye Develops Jet Fuel from Microalgae

SOCAR Türkiye Producing Jet Fuel from Microalgae SOCAR Türkiye is launching a pioneering project for the biofuel market and beginning jet fuel production from microalgae in seawater. SOCAR Türkiye is developing technology that will lead the biofuel market and produce jet fuel from aquatic plants. Through technology developed by SOCAR Türkiye R&D and Innovation, microalgae capable of growing in seawater will be converted into biofuel. SOCAR Türkiye R&D and Innovation and Technip Energies (T.EN) are combining their efforts to accelerate the growth of algae in the biofuel market. Within the scope of the cooperation, analyses conducted by SOCAR Türkiye R&D and Innovation and project partner Technip Energies target annual production of approximately 40,000 tons of jet fuel (SAF). As part of the agreement, the two companies are also pooling their knowledge. Within the synergy created, SOCAR Türkiye R&D and Innovation is providing research and development resources for PCMR (Plate Catalytic Membrane Reactor) technology. T.EN contributes with process and engineering expertise. The joint cooperation agreement aims to develop and optimize PCMR technology to enable the direct conversion of microalgae into hydrocarbons that can be sent for final processing for fuel production.

Biofuels, one of the important candidates that can replace fossil fuels on the path to sustainable energy, increase efficiency by bringing down high operational costs and contribute to sustainability.

  In this direction, SOCAR Türkiye R&D and Innovation is developing pioneering technology with low operating costs by directly and continuously converting the biomass of microalgae in seawater into biofuels and biochemicals at low temperatures and pressures without harvesting and drying. This work encompasses scientific and technological innovations that, in line with "Green Deal" principles, will reduce industrial carbon footprint, create a clean environment and have a positive impact on the financial costs of investment operations in industry. Through the use of renewable, non-toxic and inexpensive materials in developed catalysts, while contributing to sustainability, domestic alternative pathways are being created that provide scientific and technological infrastructure for global actions aimed at reducing emissions. With the project implemented in line with SOCAR Türkiye's sustainability strategy, a patented and licensed process for jet fuel (SAF) production will be established.