Mobile and modular nitrogen production system and method

An improved modular plasma reactor device comprising:

• a main body, further comprising a plasma zone for generating and containing non-thermal plasma, and a plurality of inputs and outputs, wherein said inputs include at least one or more fixed pintle injectors, an ignition system, and a transformer and said outputs include at least a ground connection and a discharge connection;
• the one or more fixed pintle injectors removeably connected to the main body by an injection mounting port, each fixed pintle injector further including one or more fluid inlets for fluids including at least one liquid and at least one gas, and wherein each inlet is configured to introduce fluids into the one or more fixed pintle injectors for injection into the main body;
• and further includes an injection flow regulator unit for regulation of the flow rate of the respective fluid;
• the ignition system, wherein the ignition system comprises an ignition transformer mounted on the exterior of the main body by a mounting bracket or is disposed in close proximity to the main body, and wherein the ignition system further comprises a voltage conditioner capable of transforming electrical energy by regulating voltage and modifying frequency;
• and wherein the ignition system is configured to generate a high-voltage point-to-point electrical arc resulting in a plasma discharge between a plurality of electrodes within the plasma zone;
• wherein the ignition transformer is capable of regulating power to the system to allow the use of power from power sources which conform to varying regional standards;
• the plurality of electrodes including at least a ground electrode in contact with a ground discharge system and a high voltage electrode connected with the ignition system by a high voltage connector, wherein the ground electrode and the high voltage electrode are configured to create a high voltage electrical discharge between the plurality of electrodes;
• the ground discharge system to facilitate a safe path for electricity to discharge and stabilize the electrical network during plasma generation;
• a reactor drain system comprising the discharge connection connecting a reaction chamber with a holding tank operating to transfer plasma-treated water containing high concentrations of reactive compounds from the reaction chamber into the holding tank, a receiving tank, or transfer tube;
• one or more test ports further comprising sensors for monitoring the reactor's operation and providing real time data on plasma characteristics and process parameters;
• a controller communicatively connected to the modular plasma reactor, test port and sensors, and the ignition system, configured to manage the plasma generation process.