Method, system, and apparatus for gas chromatography device with pre-charged large volume to small volume injection module

An injection module to increase an accuracy of a gas chromatography device, the injection module comprising:

• a cylindrical outer structural framework arranged to couple with an injection port of the gas chromatography device;
• an internal membrane disposed within the injection module and defining a first reservoir to receive a sample, and a second reservoir to receive a solvent to dissolve the sample, the solvent to clean the injection port, thereby reducing contamination of the sample increasing the accuracy of the gas chromatography device;
• a plunger to push at least a portion of the sample and a portion of the solvent into the gas chromatography device, the plunger to operate within the second reservoir and prevented by the internal membrane from coming into contact with the sample, thereby reducing the contamination of the sample and increasing the accuracy of the gas chromatography device;
• a cap to close the first reservoir and to prevent the sample from leaving the first reservoir, thereby reducing loss of the sample and increasing the accuracy of the gas chromatography device;
• a line associated with the first reservoir to indicate an amount of the sample placed within the first reservoir, thereby increasing the accuracy of the gas chromatography device;
• and
• a scale disposed within the first reservoir, the scale to measure a weight of the sample placed within the first reservoir, thereby increasing the accuracy of the gas chromatography device.