Abstract: A well pad having a plurality of wells is described. The well pad has two parallel rows or linear arrays of well pairs, mirrored to each other in both a W-E direction and a S-N direction orthogonal to the W-E direction. Each row of well pairs comprises an inner row of injection wells and an outer row of production wells. A plurality of wellhead connection modules and a piping module are deployed between the two rows of well pairs. Each wellhead connection module is connected to one, two three or four well pairs. The piping module connects the wellhead connection modules to a central processing facility.

Abstract: A well pad having a plurality of wells is described. The well pad has two parallel rows or linear arrays of well pairs, mirrored to each other in both a W-E direction and a S-N direction orthogonal to the W-E direction. Each row of well pairs comprises an inner row of injection wells and an outer row of production wells. A plurality of wellhead connection modules and a piping module are deployed between the two rows of well pairs. Each wellhead connection module is connected to one, two three or four well pairs. The piping module connects the wellhead connection modules to a central processing facility.

Abstract: A well pad having a plurality of wells is described. The well pad has two parallel rows or linear arrays of well pairs, mirrored to each other in both a W-E direction and a S-N direction orthogonal to the W-E direction. Each row of well pairs comprises an inner row of injection wells and an outer row of production wells. A plurality of wellhead connection modules and a piping module are deployed between the two rows of well pairs. Each wellhead connection module is connected to one, two three or four well pairs. The piping module connects the wellhead connection modules to a central processing facility.