Self loading waste disposal systems and method
Self-loading systems and methods for disposal of waste materials in a deep underground formation may include at least one wellbore that runs from the Earth's surface to the deep underground formations, wellbore viscous fluid within that at least one wellbore, and at least one waste capsule, wherein the at least one waste capsules houses some waste and is configured to fall within both the at least one wellbore and the wellbore viscous fluid. The systems and methods may also include at least one human-made cavern located in the deep underground formation and connected to the at least one wellbore, wherein the at least one human-made cavern may be configured to receive the at least one waste capsule. The systems and methods may also include a counter for counting waste capsules and/or a robot for dropping waste capsules into a wellhead leading to the at least one wellbore.
1. A waste capsule, wherein the waste capsule is configured for:
(a) receiving and housing a predetermined quantity of waste;
(b) being finally disposed of within a distal portion of a wellbore or in a human-made cavern, wherein the distal portion or the human-made cavern is located within a deep geological formation that is at least five thousand feet below the Earth's surface; and
(c) falling within both a wellbore viscous fluid and the wellbore, wherein the wellbore includes the wellbore viscous fluid;
wherein the waste capsule is a substantially elongate cylindrical member, comprising a conical nose, a capsule body, and a tail end; wherein the conical nose is connected to the capsule body, the capsule body is also connected to the tail end, such that the capsule body is disposed of between the conical nose and the tail end, wherein the capsule body is substantially hollow and is configured to receive and house the predetermined quantity of waste;
wherein the conical nose is conical in shape terminating at a tip that is pointed or wherein the conical nose is dome shaped, wherein the tip is furthest away from the tail end and wherein the tip is colinear with a longitudinal axis of the waste capsule;
wherein the tail end comprises at least one stabilizer that extends orthogonally away from an exterior side wall of the capsule body and that extends beyond an outer diameter of the capsule body, wherein the at least one stabilizer is configured to minimize instability of the waste capsule when the waste capsules falls within the wellbore viscous fluid and falls within the wellbore;
wherein the conical nose comprises a first connector; wherein the first connector is configured to attach to a connector of a tail end of a different waste capsule.
2. The waste capsule according to claim 1 , wherein an exterior shape of the waste capsule is substantially smooth and streamlined to minimize friction against the wellbore viscous fluid.
3. The waste capsule according to claim 1 , wherein the tail end comprises a second connector; wherein the second connector is configured to attach to a connector of a conical nose of another waste capsule.
4. The waste capsule according to claim 1 , wherein the at least one stabilizer is one or more of: internal fins, external fins, or drag vanes.
5. The waste capsule according to claim 1 , wherein the capsule body comprises at least one centralizer, wherein the at least one centralizer is configured to keep the waste capsule substantially within a center of the wellbore when the waste capsule is falling within the wellbore.
6. The waste capsule according to claim 1 , wherein the conical nose comprises at least one crash attenuator, wherein the at least one crash attenuator is configured to absorb at least some energy from an impact on the waste capsule such that a rupture of the capsule body is minimized.
7. A waste capsule, wherein the waste capsule is configured for:
(a) receiving and housing a predetermined quantity of waste;
(b) being finally disposed of within a distal portion of a wellbore or in a human-made cavern, wherein the distal portion or the human-made cavern is located within a deep geological formation that is at least five thousand feet below the Earth's surface; and
(c) falling within both a wellbore viscous fluid and the wellbore, wherein the wellbore includes the wellbore viscous fluid;
wherein the waste capsule is a substantially elongate cylindrical member, comprising a conical nose, a capsule body, and a tail end; wherein the conical nose is connected to the capsule body, the capsule body is also connected to the tail end, such that the capsule body is disposed of between the conical nose and the tail end, wherein the capsule body is substantially hollow and is configured to receive and house the predetermined quantity of waste;
wherein the conical nose is conical in shape terminating at a tip that is pointed or wherein the conical nose is dome shaped, wherein the tip is furthest away from the tail end and wherein the tip is colinear with a longitudinal axis of the waste capsule;
wherein the tail end comprises at least one stabilizer that extends orthogonally away from an exterior side wall of the capsule body and that extends beyond an outer diameter of the capsule body, wherein the at least one stabilizer is configured to minimize instability of the waste capsule when the waste capsules falls within the wellbore viscous fluid and falls within the wellbore;
wherein the tail end comprises a first connector; wherein the first connector is configured to attach to a second connector of a conical nose of a different waste capsule.
8. A waste capsule, wherein the waste capsule is configured for:
(a) receiving and housing a predetermined quantity of waste;
(b) being finally disposed of within a distal portion of a wellbore or in a human-made cavern, wherein the distal portion or the human-made cavern is located within a deep geological formation that is at least five thousand feet below the Earth's surface; and
(c) falling within both a wellbore viscous fluid and the wellbore, wherein the wellbore includes the wellbore viscous fluid;
wherein the waste capsule is a substantially elongate cylindrical member, comprising a conical nose, a capsule body, and a tail end; wherein the conical nose is connected to the capsule body, the capsule body is also connected to the tail end, such that the capsule body is disposed of between the conical nose and the tail end, wherein the capsule body is substantially hollow and is configured to receive and house the predetermined quantity of waste;
wherein the conical nose is conical in shape terminating at a tip that is pointed or wherein the conical nose is dome shaped, wherein the tip is furthest away from the tail end and wherein the tip is colinear with a longitudinal axis of the waste capsule;
wherein the conical nose comprises at least one crash attenuator, wherein the at least one crash attenuator is configured to absorb at least some energy from an impact on the waste capsule such that a rupture of the capsule body is minimized;
wherein the tail end comprises at least one stabilizer that extends orthogonally away from an exterior side wall of the capsule body and that extends beyond an outer diameter of the capsule body, wherein the at least one stabilizer is configured to minimize instability of the waste capsule when the waste capsules falls within the wellbore viscous fluid and falls within the wellbore.