TECHNOLOGY FOCUS - INSTRUMENTATION AND TESTING - Preferred Components: The bacterial bioreactor system comprises an input to receive solved and particulate organic and inorganic material from the aquaculture system, and a bioelectric bioreactor, and is a bioelectricity producer integrated operational system that connects and drives farming systems actuator with the bioelectricity. The gasification bioreactor comprises a gas collection unit and a gas distribution line to transport the energy rich gaseous products toward a gas burner that produces the drive energy to drive actuators of the biomass farming system. The gas burner is a gas burn driver of the heat pump system. The gas burner is a CHP system that generates current into a circuit to drive the actuator of the aquatic farming system. A photocatalytic reactor unit has an input piping that receives organic rich water with a load of suspended solids, colloidal BOD and/or particulate BOD, solved carbonaceous BOD and/or nitrogenous BOD for instance from the from the aquatic animal farming units, and a fluid transport pipe, irrigates the bacterial bioreactor system, and comprises an output transport piping or irrigation unit to transport its processed water to the input system of an aerobic biofilter and a microbial fuel cell for the presentation of the photocatalytized molecules to enhance the productivity of a microbial fuel cell. The gasification bacterial reactor system is connected with the farming unit to receive molecular electron acceptors such as carbon dioxide, or nitrogen ion. A gas collection and a gas distribution system collect the energy riches gasses produced after electron acceptation such as methane and nitrogen. The gas collection unit of the gasification bioreactor is connected with the gas burn driver of the heat pump system via a gas distribution line with a gas dehumidifier and a gas storage unit or tank. The gas collection container is present in the gas transport line between gasification bioreactor and the gas burn driver of the heat pump system. The radiation unit and the photocatalyst material of the photocatalyst reactor is functionalized for oxidizing and mineralizing to convert complex organic molecules to carbon dioxide, water and mineral acids, and comprises an output and a transport pipe to transport such carbon dioxide and/or mineral acids to condominiums of producers bacteria. The heat pump system is connected by a loop with a drain of the farming system to flow heat between drain and the farming system. The operating system of the heat pump system comprises a in situ temperature sensors in the water input container, bioreactor units of farming system and in the drain connected to a signal processor to feeds the input signals from the temperature sensor network system into the signal processor and a controller that controls the heat pump system to adapt the temperature. The signal processor comprises a mathematical model that is described on the relationship of temperature variables and comfort, stress or welfare variables of specific aquatic animal species in relating to the temperature and a controller, and a unit to adjust the controller to control the heat pump system or an extra heating unit to maintain the temperature of 20-25 degrees C. A photocatalyst reactor with a radiation unit and photocatalyst material: is functionalized for photocatalytic denitrification, to reduce metal, to destroy microbial pathogens in floe communities and for splitting; is foreseen with transport pipe and eventual hydrogen storage tank to provide hydrogen in a controllable to the aerobic and or anaerobic bioreactor to enhance the growth of hydrogen consuming bacteria such the methanogenic bacteria the aerobic and/or anaerobic granule bioreactor; and delivers treated water to a pretank unit and in situ hard sensor with a signal output that is representative for a measure of ammonium, nitrite and/or nitrate the ammonium to nitrite proportion controlled in the pretank before the water is transferred to bioreactor to set or maintain the bioreactor in an annamox mode. The bioreactor is a biogranule producing bioreactor foreseen of turbulence or shear force creation unit for instance a stirrer for inducing biofilm forming into biogranules. The photocatalyst reactor is a reactor type consisting of falling film reactor, fiber optic cable reactor, multiple tube reactor, packed bed reactor, rotating disk reactor with controlled periodic illumination, spiral glass tube reactor, tube light reactor and photo crec water I. The photocatalyst reactor is combined with ultrasound irradiation at a frequency of 215 kHz. The bacterial bioreactor system comprises an aerobic (digester) granule bioreactor, and an anaerobic (digester) granule bioreactor in series. The collection tank or basin is connected with the removal apparatus and transport line of the aquaculture system to receive solids total suspended solid, colloidal BOD, particulate BOD from the aquaculture system, and provides with a transport line or pipe input to receive sludge from the bacterial bioreactor system. The gasification bioreactor comprises a methanogenic reaction functions for producing the energy rich gaseous product such as methane. The heat pump system is connected by a heat extracting component with the drain of the farming system to flow heat between drain and the farming system for regaining the heat from the fluid drain into biomass farming system or for instance to move heat from drain to farming system. The drain is the drain water tank or basin with out put to the outer environment. The loop of the heat pump system is connected with the water input tank, the farming system and the drain to distribute heat between the water input tank or basin, the farming system and the drain. The reversed absorption heat pump is connected in a variable flow control system connected with the water input container, other units of the fanning system and the drain. The reversible absorption heat pump is a reversible air-water absorption heat pump and a reversible water-water absorption heat pump. The reverse cycle heat pump is integrated variable flow control system. The variable flow control system is a mixed indoors with outdoors system that connects an heat releasing component or heat extracting component in the outer environment with a confined environment that comprises the biomass farming system.