This research highlights the potential of organotitanium chemistry to bridge the gap between laboratory-scale artificial photosynthesis processes and practical applications in chemical synthesis and renewable energy. The capability to directly produce C 6 -C 17 hydrocarbons, which are critical intermediates in the chemical industry, positions this method as a promising alternative to conventional petrochemical routes. By generating these compounds from sustainable sources, we move one step closer to replacing fossil fuel-dependent methods with environmentally friendly and carbon-neutral processes.