A process control system comprising: a fluidic line having a longitudinal axis and comprising a fluidic T-connection having an axis angled relative to the longitudinal axis of the fluidic line; a primary block valve having an inlet port and an outlet port, the inlet port has internal threads that threadably engage external threads of the fluidic T-connection; and a monoflange comprising: a male portion forming an inlet port in line with the axis of the fluidic T-connection and comprising an external threaded surface; an outlet port in line with the axis of the fluidic T-connection; a flanged interface surrounding the outlet port of the monoflange; a bleed port; a bleed valve having a valve seat, wherein the valve seat is formed by a body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the bleed port; and a secondary block valve having a valve seat, wherein the valve seat is formed by the body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the outlet port, the secondary block valve includes a bonnet having a bonnet flange and the monoflange includes an external monoflange surface adjacent the corresponding bonnet, wherein external threads of the bonnet threadably engage the threaded bore of the body of the monoflange; wherein the external threaded surface of the male portion threadably engages the outlet port of the primary block valve; wherein the bleed valve and the secondary block valve are positioned on sides of the monoflange body, wherein the sides of the body of the monoflange are positioned approximately 90° to each other; and further wherein the bleed valve and the secondary block valve are positioned in a vertical plane relative to one another. a fluidic line having a longitudinal axis and comprising a fluidic T-connection having an axis angled relative to the longitudinal axis of the fluidic line; a primary block valve having an inlet port and an outlet port, the inlet port has internal threads that threadably engage external threads of the fluidic T-connection; and a monoflange comprising: a male portion forming an inlet port in line with the axis of the fluidic T-connection and comprising an external threaded surface; an outlet port in line with the axis of the fluidic T-connection; a flanged interface surrounding the outlet port of the monoflange; a bleed port; a bleed valve having a valve seat, wherein the valve seat is formed by a body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the bleed port; and a secondary block valve having a valve seat, wherein the valve seat is formed by the body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the outlet port, the secondary block valve includes a bonnet having a bonnet flange and the monoflange includes an external monoflange surface adjacent the corresponding bonnet, wherein external threads of the bonnet threadably engage the threaded bore of the body of the monoflange; a male portion forming an inlet port in line with the axis of the fluidic T-connection and comprising an external threaded surface; an outlet port in line with the axis of the fluidic T-connection; a flanged interface surrounding the outlet port of the monoflange; a bleed port; a bleed valve having a valve seat, wherein the valve seat is formed by a body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the bleed port; and a secondary block valve having a valve seat, wherein the valve seat is formed by the body of the monoflange and, as such, is disposed within and integral with the body of the monoflange and adapted to control fluid flow from the outlet port, the secondary block valve includes a bonnet having a bonnet flange and the monoflange includes an external monoflange surface adjacent the corresponding bonnet, wherein external threads of the bonnet threadably engage the threaded bore of the body of the monoflange; wherein the external threaded surface of the male portion threadably engages the outlet port of the primary block valve; wherein the bleed valve and the secondary block valve are positioned on sides of the monoflange body, wherein the sides of the body of the monoflange are positioned approximately 90° to each other; and further wherein the bleed valve and the secondary block valve are positioned in a vertical plane relative to one another.