NOVELTY - The biomass farming system comprises distribution lines and a pump actuator to flow system fluids between bioreactor systems, a water input for instance a water input container such as clean water basin for collecting or storing rain water, surface water, municipal tap water and/or ground water, a drain for water removal for instance a drain removal line to a drain storage container, a reverse cycle heat pump system with condenser and evaporator heat exchangers, and a bacterial bioreactor system. The bacterial bioreactor system with bioreactor units comprises a gasification bioreactor.    USE - The biomass farming system with controlled fluid flow input arid/or fluid output is useful for producing biomass in a shared confined environment or different confined environments for optimal pH and alkalinity normalization, and for farming crops and aquatic animals.    ADVANTAGE - The biomass farming system has improved bio security and stability, is capable of energy-efficiently and economically farming crops and aquatic animals with improved control of the systems components, less energy consumption and minimal waste of material, reduces nitrogen toxicity on the living organism, and prevents biosystem collapse.    DETAILED DESCRIPTION - The biomass farming system comprises distribution lines and a pump actuator to flow system fluids between bioreactor systems, a water input for instance a water input container such as clean water basin for collecting or storing rain water, surface water, municipal tap water and/or ground water, a drain for water removal for instance a drain removal line to a drain storage container, a reverse cycle heat pump system with condenser and evaporator heat exchangers, and a bacterial bioreactor system. The bacterial bioreactor system with bioreactor units comprises a gasification bioreactor, an aquaculture system for the culture of aquatic multicellular consumer (heterotrophic) organism (aquatic animals) with suspended solids, colloidal biological oxygen demand (BOD) and/or particulate BOD removal apparatus and a bioreactor unit comprising condominiums of bacteria in a same or separate bioreactor. The suspended solids, colloidal BOD and/or particulate BOD removal apparatus comprises an output and a transport line or transport pipe directly connected to a gasification bacterial bioreactor system for transporting solids directly to the gasification bacterial bioreactor or indirectly connected to a gasification bacterial bioreactor system via the collection containers, which are connected with a transport line or transport pipe connected to the gasification bacterial bioreactor system.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a controlled farming system.