Modular leak repair
A modular enclosure system and method for repair of one or more leaks in a pipe. The modular enclosure system including a first enclosure portion configured to be disposed in a mated configuration to create a first enclosure around the pipe. Each enclosure includes a first void section configured to enclose a pipe section of the pipe. Sealant grooves extend along enclosure faces of each enclosure to seal the modular enclosure system. Each enclosure includes a sealant control system having a plurality of blocking members and configured to selectively block sealant injected in the sealant grooves. Each of the blocking members are positionable between a blocking position configured to block sealant flow in at least one of the sealant grooves and a non-blocking position.
1. A modular enclosure system for repair of one or more leaks in a pipe, comprising:
a first enclosure portion and a second enclosure portion configured to be disposed in a mated configuration to create a first enclosure around the pipe, the first enclosure including:
a first void section configured to enclose a first pipe section of the pipe;
a first end section with a first opening configured to accommodate the enclosed pipe and a second end section with a second opening configured to accommodate the pipe, wherein the first end section includes a first bore groove and the second end section includes a second bore groove;
a first hub connected to the first end section and a second hub connected to the second end section, wherein the first hub has a first hub end face and the second hub has a second hub end face,
a first sealant groove extending along the void section and a second sealant groove extending along the void section, the first sealant groove and the second sealant groove configured to extend along opposite sides of the enclosed pipe and wherein,
the first sealant groove and the second sealant groove each extends from the first hub end face to the second hub end face; and
the first bore groove and the second bore groove are each connected to the first sealant groove and the second sealant groove; and
a first sealant control system having a plurality of blocking members and configured to selectively block sealant injected in the first enclosure to the first sealant groove and the second sealant groove, each of the plurality of blocking members in the first sealant control system positionable between a blocking position configured to block sealant flow in at least one of the first sealant groove and the second sealant groove and a non-blocking position configured to allow sealant flow in at least one of the first sealant groove and the second sealant groove, wherein
the plurality of blocking members includes:
a first blocking member and a second blocking member, the first blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a first blocking location and the second blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a second blocking location; and
a third blocking member and a fourth blocking member, the third blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a third blocking location and the fourth blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a fourth blocking location; and
the first blocking member and the third blocking member in the blocking position are configured to block sealant flow between the first bore groove and the first hub end face, and wherein the second blocking member and the fourth blocking member in the blocking position are configured to block sealant flow between the second bore groove and the second hub end face.
2. The modular enclosure system of claim 1 , wherein the first blocking member in the blocking position is inserted in the first sealant groove at the first blocking location and is configured to block sealant flow between the first hub and the void section, and wherein the second blocking member in the blocking position is inserted in the first sealant groove at the second blocking location and is configured to block sealant flow between the second hub and the void section.
3. The modular enclosure system of claim 1 , wherein the first blocking member, the second blocking member, the third blocking member, and the fourth blocking member in the blocking position each extend through an adjustment hole section extending from an outer surface of the first enclosure portion and through a receiving hole section in the second enclosure portion to block injected sealant flow in one of the first sealant groove and the second sealant groove.
4. The modular enclosure system of claim 1 , wherein the first blocking member and the third blocking member in the blocking position are configured to block sealant flow in the first sealant groove and the second sealant groove between the void section and the first hub end face, and wherein the second blocking member and the fourth blocking member in the blocking position are configured to block sealant flow in the first sealant groove and the second sealant groove between the void section and the second hub end face.
5. The modular enclosure system of claim 4 , wherein the first hub end face has a first outer hub groove and the second hub end face has a second outer hub groove, and wherein the first sealant groove and the second sealant groove extend between the first outer hub groove and the second outer hub groove.
6. The modular system of claim 1 , wherein the first enclosure portion and the second enclosure portion each have a first enclosure face configured to mate with one another in the mated configuration and the first enclosure portion and the second enclosure portion each have a second enclosure face configured to mate with one another in the mated configuration, and wherein the first sealant groove extends between the first enclosure face of the first enclosure portion and the first enclosure face of the second enclosure portion and the second sealant groove extends between the second enclosure face of the first enclosure portion and the second enclosure face of the second enclosure portion and configured to create an injectable seal between the first enclosure portion and the second enclosure portion.
7. The modular enclosure system of claim 1 , further comprising:
a plurality of attachment devices configured to connect the first enclosure portion to the second enclosure portion.
8. The modular enclosure system of claim 1 , further comprising:
a third enclosure portion and a fourth enclosure portion configured to be disposed in the mated configuration to create a second enclosure around the pipe with the first enclosure and the second enclosure adjacent one another in a side-by-side configuration, the second enclosure including:
a second void section configured to enclose a second pipe section of the pipe adjacent to the first pipe section;
a third end section with a third opening configured to accommodate the enclosed pipe and a fourth end section with a fourth opening configured to accommodate the pipe;
a third hub connected to the third end section and a fourth hub connected to the fourth end section,
a third sealant groove extending along the second void section and a fourth sealant groove extending along the second void section, the third sealant groove and the fourth sealant groove configured to extend along opposite sides of the enclosed pipe and wherein the third sealant groove of the second enclosure is connected to the first sealant of the first enclosure and the fourth sealant groove of the second enclosure is connected to the second sealant groove of the first enclosure;
a second sealant control system having a plurality of blocking members and configured to selectively block sealant injected in the second enclosure to the third sealant groove and the fourth sealant groove, each of the plurality of blocking members in the second sealant control system positionable between the blocking position configured to block sealant flow in at least one of the third sealant groove and the fourth sealant groove and a non-blocking position configured to allow sealant flow in at least one of the third sealant groove and the fourth sealant groove; and
a first coupler portion and a second coupler portion configured to be disposed in a mated configuration to create a coupler around the a first coupler portion and a second coupler portion configured to be disposed in a hub mated configuration to create a coupler around the first hub of the first enclosure and the third hub of the second enclosure to connect the first enclosure to the second enclosure.
9. The modular enclosure system of claim 8 , wherein the plurality of blocking members includes:
a fifth blocking member and a sixth blocking member, the fifth blocking member positionable in the blocking position to block sealant flow in the third sealant groove at a fifth blocking location and the sixth blocking member positionable in the blocking position to block sealant flow in the third sealant groove at a sixth blocking location; and
a seventh blocking member and an eighth blocking member, the seventh blocking member positionable in the blocking position to block sealant flow in the fourth sealant groove at a seventh blocking location and the eighth blocking member positionable in the blocking position to block sealant flow in the fourth sealant groove at an eighth blocking location.
10. A method for repairing one or more leaks in a pipe, using a modular enclosure system for repair of one or more leaks in a pipe, the modular enclosure system including:
a first enclosure portion and a second enclosure portion configured to be disposed in a mated configuration to create a first enclosure around the pipe, the first enclosure including:
a first void section configured to enclose a first pipe section of the pipe;
a first end section with a first opening configured to accommodate the enclosed pipe and a second end section with a second opening configured to accommodate the pipe, wherein the first end section includes a first bore groove and the second end section includes a second bore groove;
a first hub connected to the first end section and a second hub connected to the second end section, wherein the first hub has a first hub end face and the second hub has a second hub end face;
a first sealant groove extending along the void section and a second sealant groove extending along the void section, the first sealant groove and the second sealant groove configured to extend along opposite sides of the enclosed pipe, and wherein:
the first sealant groove and the second sealant groove each extends from the first hub end face to the second hub end face; and
the first bore groove and the second bore groove are each connected to the first sealant groove and the second sealant groove; and
a first sealant control system having a plurality of blocking members and configured to selectively block sealant injected in the first enclosure to the first sealant groove and the second sealant groove, each of the plurality of blocking members in the first sealant control system positionable between a blocking position configured to block sealant flow in at least one of the first sealant groove and the second sealant groove and a non-blocking position configured to allow sealant flow in at least one of the first sealant groove and the second sealant groove, wherein:
the plurality of blocking members includes:
a first blocking member and a second blocking member, the first blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a first blocking location and the second blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a second blocking location; and
a third blocking member and a fourth blocking member, the third blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a third blocking location and the fourth blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a fourth blocking location; and
the first blocking member and the third blocking member in the blocking position are configured to block sealant flow between the first bore groove and the first hub end face, and wherein the second blocking member and the fourth blocking member in the blocking position are configured to block sealant flow between the second bore groove and the second hub end face; and
the method comprising:
positioning the first enclosure portion and the second enclosure portion around the first pipe section to cover the first pipe section with the first void section of the first enclosure;
attaching the first enclosure half and the second enclosure half in the mated configuration;
positioning the first blocking member, the second blocking member, the third blocking member, and the fourth blocking member in the blocking position; and
injecting sealant in the first sealant groove and the second sealant groove.
11. The method of claim 10 ,
wherein the injecting sealant in the first sealant groove and the second sealant groove further includes:
injecting sealant in the first sealant groove from the first blocking member to the second blocking member with the first blocking member and the second blocking member in the blocking position; and
injecting sealant in the second sealant groove from the third blocking member to the fourth blocking member with the first blocking member and the second blocking member in the blocking position.
12. The method of claim 11 , wherein the method further comprises:
allowing the injected sealant to set to form a first injected seal in the first sealant groove between the first blocking member and the second blocking member and to form a second injected seal from the third blocking member and the fourth blocking member.
13. The method of claim 12 , wherein the method further comprises:
after allowing the injected sealant to set in the first enclosure, connecting the first enclosure to a second enclosure in a side-by-side configuration;
after allowing the injected sealant to set in the first enclosure, positioning at least one of the blocking members in the first enclosure from the blocking position to the non-blocking position to allow sealant flow from the first sealant groove and the second sealant groove to the second enclosure; and
after positioning at least one of the blocking members from the blocking position to the non-blocking position in the first enclosure, injecting sealant in at least one of the first enclosure and the second enclosure to form a continuous seal extending from the first enclosure to the second enclosure.
14. The method of claim 10 , wherein the plurality of sealant blocking members further includes:
a third enclosure portion and a fourth enclosure portion configured to be disposed in the mated configuration to create a second enclosure around the pipe with the first enclosure and the second enclosure adjacent one another in a side-by-side configuration, the second enclosure including:
a second void section configured to enclose a second pipe section of the pipe adjacent to the first pipe section;
a third end section with a third opening configured to accommodate the enclosed pipe and a fourth end section with a fourth opening configured to accommodate the pipe;
a third hub connected to the third end section and a fourth hub connected to the fourth end section,
a third sealant groove extending along the second void section and a fourth sealant groove extending along the second void section, the third sealant groove and the fourth sealant groove configured to extend along opposite sides of the enclosed pipe and wherein the third sealant groove of the second enclosure is connected to the first sealant of the first enclosure and the fourth sealant groove of the second enclosure is connected to the second sealant groove of the first enclosure;
a second sealant control system having a second plurality of blocking members and configured to selectively block sealant injected in the second enclosure to the third sealant groove and the fourth sealant groove, each of the second plurality of blocking members in the second sealant control system positionable between the blocking position configured to block sealant flow in at least one of the third sealant groove and the fourth sealant groove and a non-blocking position configured to allow sealant flow in at least one of the third sealant groove and the fourth sealant groove; and
a first coupler portion and a second coupler portion configured to be disposed in a mated configuration to create a coupler around the a first coupler portion and a second coupler portion configured to be disposed in a hub mated configuration to create a coupler around the first hub of the first enclosure and the third hub of the second enclosure to connect the first enclosure to the second enclosure; and
the method further comprising:
positioning the third enclosure portion and the fourth enclosure portion around the second pipe section to cover the second pipe section with the second void section of the second enclosure in the side-by-side configuration;
attaching the third enclosure portion and the fourth enclosure portion in the mated configuration;
positioning the first coupler portion and the second coupler portion around the first hub of the first enclosure and the third hub of the second enclosure to connect the first enclosure to the second enclosure;
attaching the first coupler portion and the second coupler portion around the first hub of the first enclosure and the third hub of the second enclosure to connect the first enclosure to the second enclosure in the hub mated configuration;
positioning in the blocking position at least one of the plurality of blocking members of the first enclosure disposed in the first sealant groove and at least one of the plurality of blocking members of the first enclosure disposed in the second sealant groove to block sealant flow between the first void section and the second hub;
positioning in the blocking position at least one of the second plurality of blocking members of the second enclosure disposed in the third sealant groove and at least one of the second plurality of blocking members of the second enclosure disposed in the fourth sealant groove to block sealant flow between the second void section and the fourth hub;
positioning in the non-blocking position at least one of the plurality of blocking members of the first enclosure disposed in the first sealant groove and at least one of the second plurality of blocking members of the second enclosure disposed in the third sealant groove to allow sealant flow between the first void section, the coupler, and the second void section to position the modular enclosure system in a multiple enclosure injection configuration; and
injecting sealant in the first sealant groove, the second sealant groove, the third sealant groove, and the fourth sealant groove when in the multiple enclosure injection configuration.
15. The method of claim 14 , wherein the method further comprises:
allowing the injected sealant to set to form a multiple enclosure injected seal extending along the first void section and the second void section.
16. A modular enclosure system for repair of one or more leaks in a pipe, comprising:
a first enclosure portion having a first enclosure face and a second enclosure portion have a second enclosure face configured to be disposed in a mated configuration to create a first enclosure around the pipe, the first enclosure including:
a first void section configured to enclose a first pipe section of the pipe;
a first end section and a second end section, wherein the first end section includes a first bore groove and the second end section includes a second bore groove;
a first hub connected to the first end section and a second hub configured to connect the first enclosure to a second enclosure, wherein the first hub has a first hub end face and the second hub has a second hub end face;
a first sealant groove and a second sealant groove disposed between the enclosure face and the second enclosure face when in the mated configuration, and wherein:
the first sealant groove and the second sealant groove each extends from the first hub end face to the second hub end face; and
the first bore groove and the second bore groove are each connected to the first sealant groove and the second sealant groove; and
a first sealant control system having a plurality of blocking members and configured to selectively block sealant injected in the first enclosure to the first sealant groove and the second sealant groove, each of the plurality of blocking members in the first sealant control system positionable between a blocking position configured to block sealant flow in at least one of the first sealant groove and the second sealant groove and a non-blocking position, wherein:
the plurality of blocking members includes:
a first blocking member and a second blocking member, the first blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a first blocking location and the second blocking member positionable in the blocking position to block sealant flow in the first sealant groove at a second blocking location; and
a third blocking member and a fourth blocking member, the third blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a third blocking location and the fourth blocking member positionable in the blocking position to block sealant flow in the second sealant groove at a fourth blocking location; and
the first blocking member and the third blocking member in the blocking position are configured to block sealant flow between the first bore groove and the first hub end face, and wherein the second blocking member and the fourth blocking member in the blocking position are configured to block sealant flow between the second bore groove and the second hub end face.