Compact Carbon Capture equipment and project selection
Discuss a CO2 capture project using CCC technology or a documented component request. Share the gas stream, solvent specification and site constraints to define the scope.
CCC technology
Centrifugal forces distribute solvent to intensify mass transfer during CO2 capture. Baker Hughes states technology readiness level TRL 4 under the H2020 definition.
- Centrifugal distribution of solvent
- The technology is solvent agnostic
- Highly viscous solvents are considered
- Component duty comes from plant documentation
Modular layout
The manufacturer describes a compact, scalable capture unit for constrained layouts. Applications include cement production and waste-to-energy plants.
- Modular and scalable concept
- Integration into existing brownfield sites
- Offshore applications are considered
- Package boundaries follow the project brief
Gas stream and capture duty
Start a Compact Carbon Capture project enquiry with the gas source and the treatment objective. State whether the stream comes from cement production, power generation or another process. Provide the composition, CO2 concentration, flow, pressure, temperature and expected load changes.
Distinguish actual flow from flow reported at reference conditions. Include the operating case associated with each analysis rather than sending an isolated concentration value.
For a replacement component, compare the recorded duty with the plant documentation before the shutdown. Note changes in contaminants, condensate or operating conditions that may affect the enquiry. State the desired capture target separately from an observed result.
A target is an input to a project assessment, rather than an established capability of an identified machine. Attach the sampling point reference when it is needed to interpret the analysis.
Solvent and wetted materials
The manufacturer describes CCC as solvent agnostic. A component enquiry still needs the actual solvent specification and the documented duty. Provide its composition or trade designation, concentration, working temperature and supporting fluid information.
For an existing installation, describe additives, contamination and changes since the equipment specification was issued. Connect the fluid name used in the design documents with the fluid currently used at the site.
Where a seal or another wetted component appears in the equipment list, attach its item reference and material designation. Dimensions provide additional identification. State whether the request repeats the documented execution or asks for a proposed change.
A material change needs to be considered with the plant designer. Separate materials already specified by the owner from questions that still require technical clarification. This gives the enquiry a clear basis for comparison.
Plant and component identification
Provide the complete plant designation and a readable photograph of its nameplate. Add the component identification separately, because the package supplier and an incorporated component may have different nameplates. Include the serial number, bill of materials item and drawing revision.
Use CCC or 3C together with the full name Compact Carbon Capture to connect the request to the intended technology.
For a replacement item, show its position on the assembly drawing and identify the parts that will remain at the site. An overall photograph establishes context; readable markings establish the execution.
When only some characters survive, attach several photographs and a document extract showing adjacent references. Mark uncertain characters as uncertain. The aim is to define an identifiable scope without treating a similar appearance as evidence of interchangeability.
Retrofit layout and site conditions
Baker Hughes describes a modular concept for existing brownfield sites and constrained layouts. For a project enquiry, attach the layout drawing, available height, maintenance access and the route used to bring equipment into the area. Separate transport dimensions from the installed envelope.
Describe foundation constraints, lifting access and the intended installation sequence. Offshore enquiries also need the site conditions and the applicable project requirements.
For a component replacement, identify the connections and supports that must remain. Show dimensions and explain whether pipework can be modified during the outage. The compact technology concept does not define the maintenance clearances of a particular installation.
Consider access to fasteners, the removal path and room for inspection when discussing scope. These details are useful when the enquiry is prepared in advance for a short maintenance window.
Controls and measurement interfaces
If the request concerns a drive, instrument or electrical item listed in the plant documents, attach its own identification. Provide the connection diagram, supply, signal type and tag in the control system. Define whether the required scope is mechanical, electrical or an assembled package.
The carbon capture technology name does not identify every incorporated device or its connections.
For an instrument, include the measuring range, process connection and conditions at the measurement point. For an electrical item, add terminal markings and the documented connection arrangement. Highlight any proposed change that requires a control adjustment.
Clear boundaries help distinguish component procurement from work at the site. Programming, commissioning and protective function checks should be discussed as explicitly defined activities, with the responsible technical team identified in the project brief.
Preparing an equipment or component enquiry
State the task in the first message: a new project, a process assessment, a component replacement or scheduled maintenance. Equipment enquiries need a process brief covering the gas stream, solvent and site. Component enquiries should start with the item number, designation and quantity.
Attach a file list connecting the nameplate photograph, drawing, parts list and explanation of the task. Use filenames that retain the corresponding equipment references.
SpareX will review the submitted information and identify questions needed to define the quotation scope. Include your company details and preferred contact channel. For international equipment enquiries, state the destination, delivery boundary and desired document language.
If a shutdown date matters, include it at the beginning. Separate the date by which technical clarification is needed from the planned installation date so the next steps can be organised around the project schedule.
Package boundaries and completeness
Separate an individual item, an assembled component and a package including connections. A request for a CCC module without a parts list does not identify which level is required. Attach the assembly drawing or scope list and highlight the target item.
List associated fasteners or connecting items separately when they are included in the enquiry. The required scope should be understandable to procurement and to the technician who will install it.
For repeat enquiries, an earlier technical description can help, with unrelated commercial information removed. Record changes since the previous maintenance event, such as a revised assembly, modified connections or a different working fluid.
Compare interfaces, materials, duty and package completeness. A shared general name alone is insufficient for a substitution decision. Final technical agreement should use the documentation and current condition of the specific installation.
Documentation and receiving checks
Identify the documents your technical team needs before an order can be defined. These may include a drawing, specification, handling instructions or a package list. State the document language, format and the item designation to which each document relates.
Project equipment enquiries should also define the expected input package and the decision stage for further engineering. A pilot technology assessment and procurement of an identified component have different approval subjects.
For receiving inspection, compare markings with the agreed specification, quantities with the packing list and package scope with the bill of materials. Identify the person at the site responsible for documents and dimensional checks.
If an inspection before dispatch is needed, define its scope in the enquiry. Photographs and selected measurements help prepare that check. Putting the equipment into operation remains subject to the owner's procedures and the relevant plant documentation.
Related manufacturers
Compact Carbon Capture 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 Compact Carbon Capture and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.
