The principle of hydraulic control wedge surface is used to lock the ram. The oil circuits of the automatic locking mechanism are all hidden in the main body, and no separate external oil circuit is required. The closing and locking of the BOP ram are the same oil circuit, and the unlocking and opening of the ram are the same oil circuit, so that the closing and locking of the ram or the unlocking and opening of the ram can be completed at one time to improve the convenience of the operation. The hydraulic locking BOP is highly automatic and reliable.
A hydraulic BOP (Blowout Preventer) is a large, heavy-duty piece of equipment used in the drilling of oil and gas wells to control and prevent the release of high-pressure fluids, such as oil and natural gas, from the wellbore. It functions as a safety valve, sealing the wellbore in case of a blowout (uncontrolled fluid release) during drilling operations. Hydraulic BOPs are typically mounted on the top of the wellhead and consist of multiple cylindrical ram assemblies that can be closed to form a seal around the drill pipe. The rams are operated by hydraulic fluid pressure, provided by an external power source.
※ RS-FS: Forging Shear
※ RS-FS-QRL: Boltless Ram BOP
FAQ
What is Hydraulic Lock Ram BOP？
A Hydraulic Lock Ram Blowout Preventer (BOP) is a critical safety component used in the oil and gas industry, specifically in drilling and well control operations. A BOP is a large valve-like device that is designed to control the flow of fluids and gases from a wellbore during drilling, completion, and intervention operations. Its main purpose is to prevent the uncontrolled release of hydrocarbons (oil and gas) from the well, which could lead to a potentially catastrophic blowout.
The "Hydraulic Lock Ram" refers to a specific type of ram element within the Blowout Preventer. Ram elements are sealing components that can be hydraulically activated to close off the wellbore and seal it in case of an emergency or when certain drilling or well control operations need to be carried out.
The "Lock" in "Hydraulic Lock Ram" refers to the mechanism that secures the ram in its closed position using hydraulic pressure. This lock ensures that the ram element will remain closed even if hydraulic pressure is lost, providing a redundant safety feature.
The Hydraulic Lock Ram BOP uses hydraulic pressure to open and close the ram elements. When activated, the ram elements move horizontally or vertically across the wellbore to seal off the well. This is crucial in situations where well control is necessary due to unexpected pressure surges, equipment malfunctions, or other emergency scenarios.
In summary, the Hydraulic Lock Ram Blowout Preventer is a specialized safety device used in the oil and gas industry to prevent well blowouts by effectively sealing the wellbore using hydraulically operated ram elements. This helps ensure the safety of personnel, the environment, and the overall drilling operation.
How does the Hydraulic Lock Ram BOP Work？
A hydraulic locking ram blowout preventer (BOP) is a complex piece of equipment designed to contain and seal a wellbore in emergencies or during certain drilling and well control operations. Its working principle includes components and structure, normal operation, emergency shutdown, hydraulic start, gate movement, locking mechanism, pressure balance, and monitoring of several parts. In summary, hydraulic lock ram BOPs are designed to quickly close the wellbore to prevent the uncontrolled release of hydrocarbons in emergencies. Its operation involves using hydraulic pressure to activate the stamping elements, locking them in place for a safe seal and providing redundancy in the event of a hydraulic failure. BOPs are an important safety measure in the oil and gas industry to protect people, the environment, and the well itself.
