Energy & infrastructure
Power and infrastructure, delivered.
DTX Power develops, invests in and operates energy assets: baseload and peaking power plants, modular generation for industry, and the fuel supply chains and infrastructure that keep them running.
The opportunity
Demand for energy is growing faster than the systems built to supply it.
Growing cities, new industry and data centers all need power that is reliable and affordable. In many markets, grids rely on imports, aging plant or intermittent supply, and new capacity takes years to arrive.
We close that gap by building and financing the assets that are missing, from the fuel supply and the generating plant to the connection that delivers power to the people who use it.
What we do
Four ways we work across energy.
Gas-fired generation and its supply chain sit at the core of our work, alongside investment across the wider energy and infrastructure sector.
Plants sized to the grid they serve.
We develop and operate baseload, load-following and peaking plants, in simple or combined cycle, phased so that first power arrives early and capacity grows with demand.
- Combined-cycle baseload plants
- Peaking and fast-response capacity
- Relocation and refurbishment of existing plant
- Hybrid plants with solar, wind and storage
Generation that goes where it is needed.
Aeroderivative gas turbines packaged on skids give industrial users reliable power on site, without waiting years for a grid connection.
- Skid-mounted turbine packages
- Prime and backup power for data centers
- Power for oil and gas fields and processing
- Fast-track and emergency capacity
Fuel delivered, wherever the plant is.
A plant is only as reliable as its fuel. We secure supply and build the chain that moves it, by pipeline, by road or by sea, including where no pipeline reaches.
- Fuel sourcing and supply agreements
- Compression, liquefaction and storage
- Marine and road transport
- Receiving terminals and site facilities
The assets that connect supply to demand.
Backed by DTX Capital, we invest in and structure energy infrastructure, alone or alongside partners, wherever the returns and the need line up.
- Grid connections and substations
- Energy storage and renewables
- Fuel terminals and logistics assets
- Project structuring and co-investment
Baseload and peaking
Every grid needs both.
Demand rises and falls through the day. Different plants cover different parts of the curve. Move across the chart to see how a typical day is served.
Illustrative profile. Demand shown as a share of the daily peak.
How a project works
From fuel to grid, under one agreement.
For a utility-scale plant we take responsibility for the whole chain, so the utility buys power, not a construction project. Select a stage.
Fuel supply
Every plant starts with dependable fuel. We secure supply and, where no pipeline reaches the site, design the compression, transport and receiving chain that delivers it.
Generation
We specify and deploy turbines sized to the grid, in simple or combined cycle, phased so that first power arrives early and capacity grows with demand.
Grid delivery
Power is stepped up and delivered into the grid through new or upgraded interconnection, built to the utility's own standards.
Offtake
The utility buys capacity and energy under a long-term power purchase agreement, at a tariff agreed up front. We finance, own and operate the plant for the life of the contract.
Fuel logistics
Flexible fuel, wherever the plant is.
Where the gas network reaches, we connect by pipeline. Where it does not, we build a virtual one: we have experience with CNG and LNG virtual pipelines by land and by sea. We choose the fuel form and route that suit each project. Pick a route and a fuel to see how it works.
Wellhead
Natural gas is produced at the wellhead and gathered by pipeline. We secure supply under long-term agreements with producers and national suppliers.
Processing
Raw gas is treated to pipeline quality. Water, heavier liquids and impurities are removed before the gas is liquefied or compressed.
LiquefactionCompressionCompression
A compressor station raises the gas to pipeline pressure, typically 50 to 100 bar, and booster stations keep it moving on longer lines.Gas is cooled to about −162 °C and becomes a liquid around 600 times smaller in volume, the efficient choice for longer routes and larger volumes.Gas is compressed to 200 to 250 bar into cascades of high-pressure cylinders, a fast and low-cost option for shorter routes and smaller volumes.
PipelineRoad or railMarine
A buried steel pipeline carries gas continuously from the processing plant or the national network to the site, with block valves and pressure monitoring along the route. Where the network is close, a spur line is the simplest and lowest-cost fuel supply.Cryogenic road tankers and ISO tank containersTube trailers and ISO containers of high-pressure cylinders run between the loading station and the plant on a fixed schedule by road or rail, forming a pipeline on wheels.Small-scale LNG carriersVessels carrying CNG container modules shuttle between a loading jetty and a receiving terminal on a fixed schedule, forming a pipeline across water.
RegasificationPressure reductionMetering
At the plant boundary, a metering and pressure-reduction station measures the gas, filters it and steps it down to the pressure the turbines need.LNG is held in storage at site and warmed back to gas in vaporizers, then metered into the plant.Gas is decanted from the containers, heated and stepped down in pressure, then metered into the plant.
Power plant
The plant burns the gas to generate power for the grid or for an on-site customer. Storage at site keeps it running between deliveries.
Typical values. Each project is designed around its own fuel source, route and demand.
Who we work with
Partners across the energy chain.
Capacity on a clear timeline
Tariffs, availability and local benefits agreed before construction, with one partner accountable from fuel to grid.
How we work with you InvestorsContracted infrastructure returns
Long-term revenue from creditworthy offtakers, and phased builds that commit capital as risk comes down.
How we work with you Industry and suppliersPower users and delivery partners
Data centers and industrial sites that need power on site, and the equipment, EPC and logistics firms that help us deliver.
How we work with youThe DTX group
Backed by DTX Capital.
Group presence
DTX Power is the energy and infrastructure division of DTX Capital. Our sister company, DTX Aero, works with the same turbine technology in aviation.
Contact
Tell us what you need to power.
Utilities, governments, investors, industrial users and suppliers reach our business development team directly.
Use our contact form. Every inquiry goes straight to our business development team.