Engineered. Integrated. Manufactured. Tested. Delivered.
Fleet-scale modular systems for power generation and AI infrastructure.
A scalable manufacturing and integration partner for OEMs, EPCs, developers, power producers, hyperscale operators and end users, from a single installation to fleet programs wherever they deploy.
Technical capability. Manufacturing scale. Execution speed.
Technical capability
Engineered around the turbine OEM's requirements, the governing code and the project basis, with controls, instrumentation, testing and documentation carried through every unit.
Manufacturing scale
Production-line manufacturing for one unit or fleets of 10, 25, 50 or 100+, with dedicated cells and reserved floor space for strategic programs.
Execution speed
Engineering, procurement, fabrication and manufacturing move in parallel to compress schedule, and units ship in the order the sites need them.
The flagship system.
Engineered around the turbine OEM's governing fuel gas requirements and operating envelope for aero-derivative, industrial and frame turbines. The package protects the turbine fuel system while holding the required gas condition: filtration, liquid removal, pressure, temperature, dew point margin and required superheat.
Knock out free liquids first.
Scrubbers and separators remove liquid slugs and bulk solids before the gas reaches fine filtration, sized to maximum flow and the carryover the supply can deliver.
- Vertical or horizontal separators
- Level control and drains to collection
- Collection tank with high-level alarm
Filter to the OEM rating.
Filter/coalescers strip fine aerosols and particulates to the rating the turbine manufacturer specifies, with differential pressure monitored across every element stage.
- Multi-stage coalescing elements
- Quick-opening closures for change-out
- Duplex or N+1 arrangements
Hold superheat above dew point.
Electric fuel gas heaters keep the gas above its hydrocarbon and water dew point, so it stays dry through the pressure drop that follows. GE Vernova's O&M reference describes a margin of about 50°F above the hydrocarbon dew point at the gas control valve.
- Thyristor control and over-temperature protection
- Sized to flow and the OEM superheat margin
- Hazardous-area construction
Deliver steady pressure at every load.
Pressure reduction holds turbine inlet pressure through start, load change and trip, and metering records flow to the accuracy the project specifies.
- Single, monitor or redundant regulating runs
- Meter runs with straight-run conditioning
- Transmitters wired to the package PLC
Prove every trip before it ships.
Inlet and outlet shutdown valves, gas detection and PLC logic built from the project cause and effect matrix, then exercised cause by cause during Factory Acceptance Testing.
- PLC and HMI with plant communications
- Safety shutdown valves and interlocks
- Verified at FAT against the C&E matrix
One turbine or a standardized fleet.
J2B adapts the package to a single turbine configuration or develops a standardized platform for a multi-unit fleet, across gas conditioning and heating capacities from about 7,500 to more than 100,000 lb/hr.
AI campuses now buy gas turbines by the fleet, and the turbine queue runs years deep. Each of those machines needs conditioned fuel, treated water and plant utilities on the day it lands. J2B Industrial manufactures those systems the same way the turbines are built: as identical, tested, documented units.
Eight stations.
One hundred units.
Every skid in a fleet program moves through the same stations, in the same sequence, built by crews repeating the same scope.
Engineer it once. Build it a hundred times.
From first-unit engineering through repeatable fleet production: nothing reaches serial production until the design is frozen and a first article has passed every inspection and a full Factory Acceptance Test.
Engineering
Process design, P&IDs, sizing and layout from turbine, site and specification data.
Exit: design approvalDesign freeze
Drawings, BOM and specifications released at a controlled revision. Long-lead procurement placed for the block.
Exit: released baselineFirst article
Unit one built to the baseline, inspected, pressure tested and put through full FAT.
Exit: FAT passed, findings closedStandardization
Fixtures, weld maps, work instructions and inspection plans locked for repetition.
Exit: production readinessSerial manufacturing
Identical serial-numbered units at a planned rate, shipped in site sequence.
Exit: release per serial numberEngineered. Integrated. Manufactured. Tested. Delivered.
Full integration, engineering to delivery.
J2B carries each system through engineering, procurement, fabrication, assembly, controls and instrumentation integration, testing, documentation and final delivery.
- 01Engineering
- 02Procurement
- 03Fabrication
- 04Assembly
- 05Controls integration
- 06Testing
- 07Documentation
- 08Delivery
Engineered packaged systems
All systemsFuel Gas Conditioning SystemsEngineered to the turbine OEM's fuel gas requirementsGas Heating SystemsSuperheat above dew point at every operating pointFiltration and Coalescing SystemsLiquid and particulate removal to the OEM rating
Water Treatment and Polishing SystemsPretreatment, reverse osmosis and polishing trains
Demineralized Water SystemsHigh-purity water for turbines and steam cycles
Cooling Water and Glycol SystemsClosed-loop heat rejection packaged on skids
Lube Oil SystemsClean, cooled oil for rotating equipment
Auxiliary Seawater and Raw Water SystemsStraining, pumping and distribution to service users
Balance-of-Plant Packaged SystemsFuel forwarding, air, nitrogen and utility modules
Production capacity built around your schedule.
For strategic programs, J2B can dedicate production floor space, labor, equipment, engineering resources and procurement capacity around the customer's deployment schedule.
- Environment
- Controlled, indoor manufacturing floor
- Capacity
- Dedicated production cells and reserved floor space for strategic programs
- Processes
- Orbital, mechanized and manual welding in stainless and carbon steel, fit-up, structural, controls integration, testing and FAT
- Reach
- Projects and fleet programs supported nationally and globally
Every unit carries its own history.
Work is executed to the applicable project requirements, specifications, governing codes and OEM requirements. Fourteen controlled gates run from material receipt to shipping release, and together their records become each unit's Manufacturing Record Book.
- Model
- Fuel gas conditioning skid
- Serial no.
- Assigned at start of build
- Design basis
- Released drawing revision
- Materials
- Traced to MTR and heat number
- Testing
- Hydrostatic and FAT, signed
Stainless nameplate, one per unit
- 01Material receipt
- 02Material verification
- 03MTR and heat traceability
- 04Controlled drawings
- 05WPS and qualified welding
- 06Fit-up inspection
- 07Welding
- 08NDE
- 09Pressure testing
- 10Instrument verification
- 11Electrical and controls verification
- 12FAT
- 13Manufacturing Record Book
- 14Shipping release
From the floor
Industries
Demanding industrial and power applications, supported from a single installation to fleet deployments wherever the customer requires.
For OEMs, EPCs, developers, integrators, power producers, hyperscale operators and end users
J2B can become your manufacturing extension.
- 01Design basis received
- 02Engineered and industrialized
- 03Production standard established
- 04Repeat units at scale
An extension of your engineering and manufacturing organization, from early engineering through manufacturing and final delivery, built for long-term partnerships, repeat programs and fleet-level relationships.
Partners
Let's build your next program.
Whether you are developing a single installation or planning a fleet deployment, J2B Industrial can work with your team to develop an engineered, manufacturable solution and establish the production capacity required to support your schedule.
Or call (904) 574-8919 · sales@j2bindustrial.com
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