Reliable well control equipment is essential when drilling operations involve pressure control, blowout prevention, and demanding site conditions. For oilfield operators, equipment selection is closely related to BOP configuration, control requirements, pressure testing, and long term maintenance.
At the 17th Oil & Gas Indonesia exhibition in Jakarta, Guangzhou Dongsu Petroleum D&E Equipment Co., Ltd. presented its experience in well control equipment and exchanged technical information with visitors from the Southeast Asian oil and gas market. The event provided a practical opportunity to discuss drilling equipment requirements and the application of well control equipment in regional projects.
The company began focusing on surface BOP control systems, pneumatic pressure test units, and choke manifold control panels in the early 1980s. Over more than four decades, this focus has remained centered on well control equipment rather than a broad range of unrelated industrial products.
This specialization is relevant to drilling projects where equipment configuration needs to match the actual operating conditions. Control method, hydraulic capacity, BOP arrangement, pressure testing requirements, and site environment can all affect equipment selection.
The manufacturing base covers 20,000 square meters and includes more than 300 sets of processing equipment, including five axis machining centers and CNC machining centers. The company also has more than 30 senior engineers involved in product research and design.
The production structure covers research, design, manufacturing, inspection, and related technical services. This integrated process provides a basis for handling equipment requirements that may differ from standard configurations.
A surface BOP control system operates surface mounted BOP stacks and is also used for hydraulic choke, kill system, and diverter equipment during drilling or workover operations. The website lists pneumatic, electro pneumatic, wireless, and mechanical control configurations.
For projects requiring a specific control arrangement, the BOP Control System product range supports customization. Listed models include FKWDQ960 10 and JY 2 wireless control, FKDQ1280 8 electro pneumatic control, and FKQ640 6 pneumatic control equipment. The product page states that the systems meet or exceed API 16D requirements.
Pressure testing is another important part of well control equipment management. A high pressure test unit can be used for hydraulic testing of BOP stacks, choke manifolds, casing heads, pipe parts, valve parts, and other pressure bearing components used in oil drilling.
The product range includes pneumatic, electro pneumatic, and electric pressure test units. The website lists 18 models across the QST, DQST, and DST series, providing different equipment configurations for pressure testing requirements.
A choke manifold control panel is used to operate a hydraulic choke manifold and support pressure control during oil and gas drilling. The equipment can use pneumatic or electronic pneumatic control methods and can remotely control the opening and closing of hydraulic choke valves.
The panel can also display operating information such as standpipe pressure, casing pressure, and hydraulic choke valve position. Depending on the configuration, additional information such as mud pump stroke count can also be displayed.
The Choke Manifold Control Panel range is designed according to API 16C specifications. The listed QJY35 1 pneumatic control model and DJY105 2 electric control model support different control arrangements while retaining functions for operation, monitoring, and pressure management.
For drilling projects, the appropriate configuration depends on the choke manifold, control method, monitoring requirements, and operating environment. This makes equipment configuration an important consideration alongside the applicable technical standard.
The manufacturing process is supported by more than 300 sets of processing equipment and a team of more than 30 senior engineers. The company states that it has supplied more than 6,000 sets of surface BOP control equipment to oilfields and exploration drilling companies worldwide.
Quality control is also supported by dedicated inspection equipment and quality control personnel. The company obtained API Spec Q1 certification in 2004 and states that the certification has remained continuously valid. It also obtained API Spec Q2 certification in July 2024.
The equipment has been supplied to oil and gas markets including the United States, Middle East, Central Asia, South America, and Russia. The website also records specific projects in Uganda and Oman, including three sets of water based hydraulic fluid BOP control systems supplied to Uganda in 2021 and four sets of FKDQ1280 7 BOP control systems supplied to an Oman project in the same year.
These project records show how well control equipment can be configured for different drilling environments and project requirements.
The Jakarta exhibition created an opportunity to communicate directly with oilfield companies and industry professionals in Southeast Asia. Discussions covered well control equipment, equipment operation, maintenance, and potential technical cooperation, providing practical feedback from the regional market.
The company also established a Technical Service and Training Center in 2017. Its service scope includes equipment rental, maintenance, testing, training, technology upgrades, and recertification. These services support equipment use beyond the initial delivery stage.
With more than four decades of experience and a product range covering BOP control systems, high pressure test units, and choke manifold control panels, the company continues to develop its presence in international oil and gas markets.
The Jakarta exhibition connected more than 40 years of well control equipment experience with the Southeast Asian oil and gas market. For BOP control systems, high pressure test units, and choke manifold control panels, contact the company to discuss project requirements and equipment configuration.
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