A valve module comprising: an anchor plate comprising a plurality of inlet ports extending through the anchor plate and a plurality of outlet ports extending through the anchor plate ; a fluid transfer plate comprising a first surface comprising an ingress channel and an egress channel, wherein the ingress channel comprises a plurality of inlet bores extending through the fluid transfer plate and the egress channel comprises a plurality of outlet bores extending through the fluid transfer plate ; and a second surface comprising the plurality of inlet bores, the plurality of outlet bores, and a common channel formed in the second surface, wherein the anchor plate and the fluid transfer plate are aligned so that the plurality of inlet ports align with the ingress channel and the plurality of outlet ports align with the egress channel; a pliant diaphragm positioned adjacent the second surface of the fluid transfer plate ; and a pneumatic plate comprising a plurality of recesses formed in a surface of the pneumatic plate , wherein the pliant diaphragm is positioned to cover the plurality of recesses, and further wherein a first recess of the plurality of recesses is aligned to encompass an inlet bore of the plurality of inlet bores and a first portion of the common channel, wherein a second recess of the plurality of recesses is aligned to encompass an outlet bore of the plurality of outlet bores and a second portion of the common channel to provide fluid communication between the inlet bore and the outlet bore under control of pressure changes within the first recess and the second recess. an anchor plate comprising a plurality of inlet ports extending through the anchor plate and a plurality of outlet ports extending through the anchor plate ; a fluid transfer plate comprising a first surface comprising an ingress channel and an egress channel, wherein the ingress channel comprises a plurality of inlet bores extending through the fluid transfer plate and the egress channel comprises a plurality of outlet bores extending through the fluid transfer plate ; and a second surface comprising the plurality of inlet bores, the plurality of outlet bores, and a common channel formed in the second surface, wherein the anchor plate and the fluid transfer plate are aligned so that the plurality of inlet ports align with the ingress channel and the plurality of outlet ports align with the egress channel; a first surface comprising an ingress channel and an egress channel, wherein the ingress channel comprises a plurality of inlet bores extending through the fluid transfer plate and the egress channel comprises a plurality of outlet bores extending through the fluid transfer plate ; and a second surface comprising the plurality of inlet bores, the plurality of outlet bores, and a common channel formed in the second surface, wherein the anchor plate and the fluid transfer plate are aligned so that the plurality of inlet ports align with the ingress channel and the plurality of outlet ports align with the egress channel; a pliant diaphragm positioned adjacent the second surface of the fluid transfer plate ; and a pneumatic plate comprising a plurality of recesses formed in a surface of the pneumatic plate , wherein the pliant diaphragm is positioned to cover the plurality of recesses, and further wherein a first recess of the plurality of recesses is aligned to encompass an inlet bore of the plurality of inlet bores and a first portion of the common channel, wherein a second recess of the plurality of recesses is aligned to encompass an outlet bore of the plurality of outlet bores and a second portion of the common channel to provide fluid communication between the inlet bore and the outlet bore under control of pressure changes within the first recess and the second recess. <EOS>