Specifications include, but are not limited to: provide model, part #, or description, as appropriate. • GC must have a touch screen interface. • GC must have the ability to access remotely from remote/mobile device to monitor run state, review chromatograms, and launch a batch. • GC must have a built-in hydrogen sensor that monitors real time hydrogen levels in the GC oven. • GC must utilize advanced flow technology for column flow splitting and detector splitting, programmable and selectable/controlled through the integrated software. • System must provide dual column analysis with one sample injection. • Calibration curve must auto-update upon completion. • Must be capable of achieving Ethanol linearity R2 > 0.999. • Must show no detectable Ethanol carryover after high concentration samples. • Must be able to pause the sequence, once initiated, add, move, delete or prioritize samples, as needed, then restart the sequence without leaving the software or restarting the sequence from the beginning. • FID must have a dynamic range of 107 . • Vendor must provide a trade-in/upgrade path from HS-GC-FID-FID BAC analyzer to HS-GC-FIDMS BAC analyzer. • The GC software must have all instrument controls from one window to include all configuration, GC analytical conditions, batch automated sample handling software to minimize initial startup training time and future user training. • The GC software must have all data processing controls accessible from one window to insure easy operation and training of new users in the future. The system must display a minimum of the chromatogram, compound table, calibration curve