Growing mass building materials and buildings through cell cultivation to reduce greenhouse gases

摘要

The invention enables the binding of very large amounts of greenhouse gases and fine dust from the atmosphere and their safe, long-term storage. There are no economic limits to the implementation of the invention, as no special resources or specialist personnel are required. The invention enables novel: materials, prefabricated and composite components, composite materials, raw material extraction, processes, as well as industrial production quality and automation on the construction site . In the right combination, these already represent an economical and profitable process for the production of mass building materials with cell cultivation. The invention solves 18 of the biggest problems in construction. Including an increase in the degree of automation and production on an industrial level, directly on the construction site. The invention offers 17 major innovations. Including growing building materials, components and floors based on cell cultivation. This enables a combination of the best material properties of steel, wood and fiber. E.g. the tensile strength of steel with the fire resistance of solid wood wall panels, or naturally grown super wood solid components with fiber reinforcement 3 times as tensile strength as structural steel.