Equipment and spare partsBrowse manufacturers Search by manufacturerENERGY, INDUSTRIAL AND OILFIELD TECHNOLOGIES
Discuss Baker Hughes equipment for your process and project scope, or request replacement assemblies by the installed machine designation.
The drilling portfolio combines drill bits, directional services, fluids, casing, cementing and downhole measurements. Equipment selection starts with the well programme and the identity of the tool or assembly.
Completion systems cover packers, liner hangers, sand control, multistage completions and subsurface flow control. Intervention is a separate operating task that includes coiled tubing and remedial work.
Production solutions cover artificial lift, flow assurance, asset integrity, production optimisation and intelligent chemistry. Distinguish the downhole pumping installation from a surface process pump when defining the package.
The subsea portfolio includes production systems, flexible pipe and equipment connection solutions. A replacement enquiry needs the installed project configuration and the position of the component in the system.
Gas and steam turbines, compressors and process solutions serve mechanical drive, generation and gas applications. The service portfolio addresses maintenance, upgrades and support throughout equipment life.
Industrial applications include valves and machinery condition monitoring. Define whether the project concerns a mechanical assembly, an actuator, the measurement chain or a complete protection and monitoring system.
Solutions address hydrogen, geothermal applications, carbon capture and emissions abatement. Define the process, the boundary of the equipment package and the available operating data before selecting a configuration.
Cordant connects digital solutions for industrial machinery, equipment and systems. Oilfield digital applications address data, remote operations and production optimisation; the intended workflow determines the required scope.
Turbomachinery services form a separate scope covering maintenance, upgrades and support for installed equipment. Define a replacement part request separately from work on an existing assembly.
Start with the duty and the boundaries of the project. Describe what enters the process, what result is required and which existing systems must remain in service. A machine, a machine with its driver and a complete packaged unit are different scopes.
List the auxiliary systems, instruments and controls that you expect to be included. State which items are supplied by the site and which belong in the enquiry.
For a replacement, attach the installed equipment data sheet and identify the requirements that must be retained. For a new installation, provide the process conditions, the available utilities and the physical constraints.
SpareX can use this information to structure the enquiry by equipment and by assembly, so that a proposed configuration can be compared with the actual project rather than with a broad product name.
Record the machine model, serial number and the full component designation. Keep letters, suffixes and revision markings intact. A photograph should show the complete label clearly; a second photograph can show the assembly and its connections.
When the requirement comes from a parts list, include the drawing number and the position number as well as the quantity.
Distinguish a single component from a repair kit and an assembled replacement unit. Describe the items that should be retained and the accessories that should accompany the replacement. If the equipment has been modified, attach the current configuration or explain the change.
A brand name alone does not describe the interfaces or the build of a particular installation.
For a gas technology project, describe the process and the intended duty of the driver and driven equipment. Give the required operating range, the process medium and the site conditions.
Identify the available electrical and other utilities, and state whether the enquiry concerns new equipment, a replacement package or a change to an existing installation.
An installed turbine or compressor enquiry should identify the machine and the particular assembly. Include the applicable drawing or parts list and mark the requested positions.
If the requirement is connected with an outage, separate confirmed replacement items from items that depend on inspection. A request for a new part and a request to assess a removed assembly should be treated as distinct technical tasks.
Clarify whether the project concerns a surface process pump, an artificial lift installation or a subsea production system. These requirements have different equipment boundaries and supporting documentation.
State the operating medium and the required duty, and attach the existing configuration when a component must fit equipment already installed at the site.
For a pumping system, identify the position of the requested assembly and the equipment connected to it. For a subsea requirement, refer to the project equipment list and the relevant connection information. Keep each requested component associated with its parent assembly.
The detailed Centrilift, process pump and subsea pages remain separate entries in the manufacturer catalogue; an overview enquiry can still include several clearly separated lines.
Define the machinery to be monitored, the parameters of interest and the intended use of the information. For an existing measurement chain, identify the sensor, cable, module and receiving system. For an extension, attach the present channel structure and the required data interfaces.
State whether the task concerns replacement hardware, additional measurement points or a complete monitoring application.
A digital enquiry should also describe the users and the decisions they need to make. List the available data sources and the boundaries of integration. Separate hardware, software, configuration and engineering services in the proposed scope.
This keeps a Cordant or other digital project connected to a practical operating workflow and gives the parties a clear basis for discussing the required functions.
A hydrogen, geothermal, carbon capture or emissions project starts with process information. Describe the medium, the intended operating conditions and the role of the equipment in the wider installation.
Identify the project stage and distinguish the equipment being specified from the parts of the process that are already fixed.
Provide a process description and the available design basis, rather than a general request for a low carbon solution. State the required interfaces, the available utilities and the information that still needs engineering work. Equipment selection and a broader process study are separate scopes.
Keeping their boundaries visible helps determine which documents are required for the next step and which assumptions need to be resolved.
Use a line by line equipment or parts list. Each line should retain your position number, the manufacturer designation, a description, quantity and the requested package contents. If a proposed designation differs from the installed item, ask for the documented relationship between the two.
For a kit or assembly, list the included components and the items expected separately.
Identify the documents needed for technical review and receiving inspection. A drawing addresses geometry and connections, a data sheet records the equipment parameters and a parts list links components to an assembly. If your site uses a technical approval form, attach it with the enquiry.
Keep later changes in a revised list so that quantities and configuration can be checked against one agreed version.
Enter the machine model, the required equipment or assembly and the full designation where available. Add quantity, the project duty and the destination city. Attach the nameplate photograph, data sheet or the relevant part of the equipment documentation.
For multiple machines, keep each requested line linked to the correct installation.
Make the current version of the enquiry easy to recognise. Mark which attachments apply to each line and separate confirmed requirements from options being considered. If the scope changes during clarification, provide a revised list with the original position numbers preserved.
This gives SpareX and the buyer a practical way to compare the technical requirement with the items included in the eventual quotation.
Baker Hughes and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Baker Hughes and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.
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