Portfolio
The portfolio, from the reservoir up
Six energy lines, arranged the way a geologist would: what is built on the surface at the top, what lies in the subsurface at the bottom. Each line stands on its own and strengthens the others.
Engineering and modular solutions
Design, build, commission and operate. Skid-mounted, factory-built, shipped and assembled on site. Where the conventional answer is a five-year megaproject, ours is a plant that produces within eighteen months and moves when the asset declines.
Modular processing, compression, treatment and power packages are engineered around the constraint that is holding the field back, not around a generic flowsheet. Units are built in a factory environment, shipped in standard envelopes, assembled by local crews under experienced supervision, and handed over with the operating team trained on site. When the constraint moves, the unit moves with it.
- Delivery modelDesign, build, operate
- Typical build12–18 months
- Capital at risk per unitLow, staged
- ScopeProcessing, compression, treatment, power
Micro-refineries
Modular refining units sized to a field, a region or a port rather than a nation. Crude that would otherwise be exported at a discount becomes diesel, kerosene and naphtha where they are used, with local employment and shorter supply chains.
A micro-refinery answers a specific arithmetic: crude sold at a discount, products bought back at a premium, and a road in between. Sized between two and ten thousand barrels a day, the plant sits at the field, the port or an inland hub, and pays for itself on the spread. Local employment, local product and a shorter supply chain are the consequence, not the marketing.
- Capacity range2,000–10,000 b/d
- ProductsDiesel, kerosene, naphtha
- Sited atField, port or inland hub
- Delivery partnersExperienced modular refinery builders
Gas to power
Flared, stranded and associated gas converted to electricity at the wellhead or the plant fence. Modular engines and turbines in 5 to 50 MW blocks, connected to a grid, a mine, a desalination plant or an industrial estate.
The fastest emissions reduction available in the upstream is to stop flaring and start generating. Reciprocating engines and small turbines are installed in blocks, each block commissioned against demonstrated gas supply, and offtake contracted with the nearest industrial load — a grid connection, a mine, a desalination plant, an industrial estate. Where a rising gas-oil ratio is throttling oil production, this is also the tool that clears the bottleneck.
- Block size5–50 MW
- FeedFlare, stranded, associated gas
- OfftakeGrid, industry, water
- Bottleneck clearedGOR outrunning the gas plant
Biomass to power
Agricultural and processing residues, above all in Southeast Asia, turned into baseload renewable power and, where markets exist, biogas and biochar.
The same modular philosophy applied to a different feedstock: plants sized to the residue actually available within a sensible haul, financed in stages, operated by local teams. Palm and crop residues become baseload renewable power; where markets exist, biogas and biochar are added as second products. Malaysia is the first theatre.
- FeedstockPalm and crop residues
- Plant size5–30 MW
- First theatreMalaysia
- ProductsPower, biogas, biochar
Natural hydrogen
Hydrogen generated by the earth itself — white, or geologic, hydrogen — accumulating in ophiolite belts and deep basement structures. The Gulf and its neighbours hold some of the most prospective geology in the world.
The skills that find hydrocarbons find hydrogen: source, migration, reservoir, seal. Serpentinising ophiolites and deep basement structures generate hydrogen continuously; the question is where it accumulates and whether it can be produced. We apply subsurface science to a fuel that needs no electrolyser, starting with exploration and appraisal in the geology we know best.
- GeologyOphiolites, basement
- StageExploration and appraisal
- EdgeSubsurface science
- First theatresOman and neighbours
Oil and gas
Participating interests and technical-partner roles wherever growth is stuck: brownfields and past-plateau assets with hidden value, and giant fields with a temporary bottleneck in gas handling, water, facilities or market access.
We arrive with a benchmarking method that shows exactly where the growth is, the subsurface team that unlocks it, and the modular solution that clears the constraint. Positions are small, many, and chosen with intelligence: typically a 2.5 to 10 per cent interest alongside a technical-partner role, non-operating or operating as the asset requires. Our capital and reputation are in the outcome; the asset, the people and the data stay with the owner.
- Position size2.5–10% interests
- Asset typeBrownfields, overlooked assets, bottlenecked giants
- RoleTechnical partner, non-operating or operating
- OriginationBenchmarking against 90+ operators
Proven designs, delivered by our partners.
Reference plants built and delivered by Senergy's engineering and delivery partners, not by Senergy Group. They show the designs, commissioning teams and operating model Senergy works with.
Associated gas to power, Iraq
An associated-gas-to-power scheme that takes gas which would otherwise be flared, processes it at the field and generates about 165 MW — and, by removing the flaring constraint, lets previously capped oil flow.
Six modular refineries, four countries
Topping-plus trains of 2,000 to 10,000 barrels a day, delivered turnkey and producing diesel, kerosene and naphtha where the fuel is used.
- 2016 · AbidjanCôte d'Ivoire
- 2015 · KutIraq
- 2014 · SulaymaniyahIraq
- 2013 · BrazzavilleRepublic of the Congo
- 2013 · ErbilIraq
- 2012 · DiwaniyahIraq