Concrete is the most used and produced material in the world, the high compressive resistance, and notable stability to traction efforts due to the reinforcement with steel bars, has made of it one of the best solutions for construction in history, revolutionizing architecture and engineering. Nowadays, is well known that the environment is facing a dramatic climatic crisis due to the excessive CO2 emissions, water pollution, waste, and many other factors; it is important to use wisely a material that requires such an important amount of natural resources, fuels for its production, and non totally renewable waste generation. The purpose of this research is to contribute in a field of study focused on the extension of concrete lifespan by introducing a determined amount of capsules, with the objective of producing a self healing effect able enough to fill the possible cracks originated during its use, preventing an exposition of steel bars to environmental conditions that could produce erosion or oxidation in the reinforcement, that limits or annul its tensile strength properties, giving as result the collapse of a structure.