interconnected such as the embodiments illustrated in fig4 7 and a second tube type having one rising and one falling portion 112 114 such as the embodiment illustrated in fig8 fig8 shows one embodiment of system 100 where a single reservoir 140 and pump 150 may be utilized for an array of tubes 110 lines 142 144 may commonly lead from respective tubes 110 into a common reservoir 140 which is associated with a pump 150 in this way gas 200 may be cycled through multiple tubes 110 thereby increasing the efficiency of system 100 and reduction of co 2 emissions contained in gas 200 it should be understood and appreciate that a single reservoir 140 and pump 150 may be utilized in tube 110 arrays having multiple rising and falling portions such as those embodiments illustrated in fig4 7 in one embodiment of system 100 an array of tubes 110 may be assembled inside an enclosed mobile vehicle such as a trailer or any transportable container the system 100 may then be easily transported to any nutrient or emission source with connections to ports 120 124 126 made at exterior walls of the mobile vehicle for integration to an existing structure providing the required gas and liquid in some embodiments all ports 120 124 126 and pumps 150 and additional components of system 100 can be included in the enclosed transport container providing immediate remote and or.