NOVELTY - The method (100) involves mixing dry blended material with liquid (104) at a central location to create a suspension. The suspension is transferred (106) to storage tanks at the location. The suspension in the tanks is recirculated (110) at the location. The suspension is transferred to the tanks at a rig site (112). The suspension in the tanks is recirculated (116) at the rig site. The suspension is pumped into a well. An accelerator is added (118) to the suspension at time of pumping. Additive is added (119) to the suspension at designated time prior to pumping.    USE - Method for providing zonal isolation of subterranean formations during hydrocarbon production from a well bore e.g. horizontal well bore, vertical well bore, deviated well bore, multilateral well bore, u-tube connection well bore, intersection well bore, bypass well bore, injection well bore and production well bore e.g. hydrogen sulfide production well bore, hydrocarbons production well bore and geothermal production well bore, and for borehole construction for river crossing tunneling and near-surface construction purposes or borehole u-tube pipelines for transportation of hydrocarbons.    ADVANTAGE - The method enables improving efficiency of a production surface or cement job on an oil or gas well by reducing cost, time and labor intensity. The method enables reducing complexity of required equipments. The method enables improving suspension reliability by mixing small amounts of additives with large quantities of base material in a liquid state in an accurate manner.    DETAILED DESCRIPTION - The central location is a service center or dry blending plant.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram illustrating a method for providing zonal isolation of subterranean formations.    Method for providing zonal isolation of subterranean formations (100)    Step for mixing dry blend with liquid to create extended life suspension at a central location (104)    Step for transferring the suspension to storage tanks at the central location (106)    Step for recirculating the suspension in the storage tanks at the central location (110)    Step for transferring the suspension to the storage tanks at a rig site (112)    Step for recirculating the suspension in the storage tanks at the rig site (116)    Step for adding an accelerator to the suspension at time of pumping (118)    Step for adding additive to the suspension (119)