NOVELTY - The method involves storing total hydrocarbon analyzer fluid testing data (53) and mass spectrometer fluid testing data (55) in a well fluid data storage connected to a well fluid processor (10). Computer instructions in the well fluid data storage is utilized to calculate molecular concentrations of molecular species using measured mass to charge ratios from a mass spectrometer (28) of positive pressure fluid samples (51). Computer instructions in the well fluid data storage are utilized to transmit identified molecular species to client devices (34a, 34b) using networks (14, 15).    USE - Continuous and automatic computer implemented method for analyzing fluids from boreholes in near real time for geothermal, hydrocarbon or testing well using a well fluid processor such as computer, microcomputer, laptop and server data processing devices, and communicating analyzed fluid information to a client device using a network. Uses include but are not limited to a computer, a laptop, a cell phone, a tablet, a smart phone, a server or cloud computing platform using a satellite network, a cellular network, a local area network, a wide area network, an internet and a global communication network.    ADVANTAGE - The method allows multiple users for viewing well log to alert a driller to move away from a hazardous gas zone, so that highly toxic gas does not cripple hundreds of people in a populated area. The method allows the driller to determine a near bit lithology to stay within a target zone for negating possibility of a drill bit exiting the target zone and potentially exiting a surface as an unscheduled event. The method enables reducing exposure time for drilling into hazardous zones by conducting drilling operations in an accurate manner, so that risk of injury is reduced. The method enables displaying microview and macroview log plots that enable safety interpretations for drilling, geological interpretations for drilling, and operational interpretations for drilling in near real time in less than hours from obtaining sensed data for viewing by multiple client devices connected to the network simultaneously.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic block diagram of a system usable to implement a method for analyzing fluids from boreholes in near real time for geothermal, hydrocarbon or testing well using a well fluid processor, and communicating analyzed fluid information to a client device using a network.    Well fluid processor (10)    Networks (14, 15)    Mass spectrometer (28)    Client devices (34a, 34b)    Positive pressure fluid samples (51)    Hydrocarbon analyzer fluid testing data (53)    Spectrometer fluid testing data (55)