Our technologies
Production technologies
NGLTech surface-production technologies address low-pressure wells, liquids carried in low-pressure gas and produced sand, then integrate each response into the host facility.
Core technologies
Find the relevant technology.
Low-pressure wells
Enhanced LPPU™
Surface multiphase boosting for liquid-loaded and shut-in wells.
Builds on the field-proven LPPU platform: three offshore installations across two fields since 2014. Built to order.
How it works at your site, applications and enquiry data
Condensate in low-pressure gas
Enhanced LP-CRS™
Recover heavier hydrocarbons before the remaining gas moves onward.
Three units installed offshore Malaysia between 2017 and 2019.
How it works at your site, applications and enquiry data
Produced sand
Sep-iSYS™ Desander
Remove sand from the full wellstream at line pressure.
Field proven, installed offshore Malaysia; offered today with project-specific engineering.
How it works at your site, applications and enquiry dataAt a glance
Our three technologies at a glance.
| Enhanced LPPU™ | Enhanced LP-CRS™ | Sep-iSYS™ Desander | |
|---|---|---|---|
| The problem | Liquid-loaded and shut-in wells | Condensate lost to flare | Sand in the wellstream |
| What it does | Boosts the full wellstream | Recovers condensate and NGL | Removes sand at line pressure |
| How | A liquid piston, not a compressor | Recover the liquid before the gas moves on | Sand out first, at line pressure |
| At your site | Ties into the test and production headers | Three tie-ins on the low-pressure tail | In the flowline, ahead of the choke |
| Send us | Well test and pressures | Gas composition and rates | Sand size and rate |
How they connect
One production system, from wells to host.
Swipe sideways to see the whole system
Selected stage
The production constraint starts at the well.
Gas, oil, water and produced sand arrive together. The useful first question is what stops that stream from joining the facility today.
Start with rates, pressures, composition, sand data and the host-facility limit.
See what data to sendSelected stage
Sand out first.
The Sep-iSYS Desander removes produced sand from the full wellstream at line pressure.
Protects downstream valves, vessels and rotating equipment. Particle-size distribution is the critical screening input.
Explore the Sep-iSYS DesanderSelected stage
Pressure where it is needed.
Enhanced LPPU boosts the full wellstream so a weak or liquid-loaded well can produce toward a higher-pressure header.
Surface installed, engineered to the candidate well and available as a service campaign, lease or supplied package.
Explore Enhanced LPPUSelected stage
The host facility remains the system boundary.
The recovered wellstream rejoins the production system. Every NGLTech package is engineered around real tie-ins, pressure classes, utilities and operating philosophy.
Integration is a process-engineering problem, not a catalogue selection.
See engineering servicesSelected stage
Liquid out of gas bound for flare.
Enhanced LP-CRS recovers condensate and NGL from low-pressure gas before onward routing.
The first screen needs composition through the heavy ends, rate, pressure, temperature and the available host interfaces.
Explore Enhanced LP-CRSWider portfolio
Separation, slug management, stabilisation, well testing and sand handling.
Offered today
Sep-iSYS™ Separator
Slugs, sand and liquid carry-over handled in one compact inlet train.
Offered today
Slug Suppression
Holds the design slug and sends a steadier stream onward to separation.
Project engineered
Crude Stabilisation
Turns raw well fluid into storage- or export-ready crude, configured per duty.
Offered today
EWT / EPS
Extended well testing and early production from one engineered module before a permanent facility is available.
Companion system
Sand Wash System
Water-driven removal of oil from collected sand, engineered around the disposal route and applicable regulation.
Engineering capability
Sand Hydro-transport
Removal of settled sand from separators and vessels.
Offered as Enhanced LPPU™
Sep-iSYS™ LPPU
The LPPU platform, installed offshore from 2014. The same platform is offered today as the Enhanced LPPU™.
Engineering studies
VOC-RS™
Vapour recovery for cargo and storage-tank vents, taken to engineering studies: recovered heavy ends return to the tanks as product. Recognised with an OTC Asia Spotlight on New Technology award in 2020.
From enquiry to project
How a technology enquiry becomes a project.
- 01 · Screening
Share the operating data
Leave unknowns blank. NGLTech identifies whether the duty is a candidate, not a candidate, or needs more data.
- 02 · Engineering
Study and define the duty
Screening, simulation, site interfaces and an agreed design basis turn the mechanism into a project-specific configuration.
- 03 · Delivery
Agree the delivery route
Depending on the technology and duty: a service campaign, lease, design and supply, defined EPC package, engineering service or licensing arrangement.
Ask about a technology
Tell us the operating problem.
Or ask for more technical information. If you have a candidate stream, include its conditions and the facility context.