ASKAY ASKAY

Backup LNG supply solutions

Mobile. Modular. Network-independent.

Turn-key virtual LNG pipeline for heating and power generation at critical infrastructure and industrial sites.

Virtual pipelineRegasificationOn-site powerMicrogrids
Discuss a siteHow it works
LNG supply station with storage tank, vaporizers and tanker truck
Why it matters

Critical facilities cannot stop

When the power grid or the gas network is hit, essential services still need heat and electricity, immediately and reliably.

Hospitals

Heating, power and medical systems

Water treatment

Pumping and purification plants

Boiler houses

District and municipal heating

Municipal buildings

Public services and shelters

Industry and food

Process heat, bakeries and production

Each needs a fuel source independent of the network, delivered by road and started quickly.

The LNG virtual pipeline

Road logistics replace the pipeline

From terminal to consumer. No connection to the gas transmission system is required: fuel arrives by truck or ISO container.

01

Terminal

LNG terminals with truck loading bays

02

Transport

Cryogenic trailers and ISO containers by road

03

Storage

On-site unloading into cryogenic tanks

04

Regasification

Vaporizers, pressure control, metering and odorization

05

Consumers

Boilers, CHP, gas engines, turbines and local networks

The same chain serves a single boiler house or a multi-megawatt microgrid.

Why LNG as a backup source

Four reasons to build resilience on a virtual pipeline

Network-independent

Fuel arrives by truck or ISO container. No connection to the gas transmission system is required.

Fast to deploy

Skid-mounted regasification and mobile turbines. A 1 MW turbine starts 1–3 hours after gas is available.

Scalable

From cryogenic cylinders for a farm to 1–35 MW of gas-fired generation for a city district.

Future-ready

Turbines and gas engines also run on CNG and renewable gas (biomethane), protecting the investment.

Result: resilient heat and power without waiting for permanent network repairs.

Three levels of supply

Matched to the size and criticality of each consumer

LEVEL 1

Small consumers

Serves

Households, farms, small businesses and warehouses

Equipment

Cryogenic cylinders and portable LNG tanks, refilled by tanker.

LEVEL 2

Heat and power plants

Serves

Boiler houses, CHP plants, bakeries and critical infrastructure

Equipment

Mobile regasification skids fed from ISO containers or cryogenic trailers.

LEVEL 3

Stationary stations

Serves

Industrial sites and permanent supply hubs

Equipment

Permanent storage tank, unloading and process pumps, vaporizers, metering and automation.

ASKAY sizes each solution around consumption profile, criticality and site access.

Backup (emergency) supply hub

Keeps production running when the main network fails

Built as stationary or rapidly deployable modules, sized to the consumer’s load.

Operator connecting an LNG trailer to an unloading skid

Unloading node

Cryogenic lines and pumps, pre-cooled against thermal shock

Regasification skid

Ambient vaporizers with integrated control

Pressure and metering

Delivery at consumer pressure, with accounting

Odorization unit

Odorant dosing for safe distribution

Automation (PLC/SCADA)

Remote monitoring, control and gas accounting

Vent stack or flare

Safe release of boil-off and relief gas

Stationary LNG supply station

Permanent storage and regasification for continuous consumers

Annotated LNG supply station

Station view: storage tank, pump skids, saturation vaporizer and dispensers.

  1. 01

    LNG storage tank

    Vacuum-insulated cryogenic storage on site

  2. 02

    Unloading pump skid

    Transfers LNG from trailer to tank

  3. 03

    Process pump skid

    Feeds the vaporizers and dispensers

  4. 04

    Saturation vaporizer

    Conditions LNG for vehicle fuelling

  5. 05

    LNG dispensers

    Optional fuelling for trucks and buses

  6. 06

    Automation and metering

    Control, safety and gas accounting

Mobile transport and storage

Trailer and container options for every stage of the chain

UnitCapacityRole
Storage trailer20,000 gal (≈76 m³)Rapid on-site storage
Transport trailer10,000 gal (≈38 m³)LNG haulage
Regas trailer5,000 gal (≈19 m³)Storage with integrated regasification
Bobtail truck2,000 gal (≈7.6 m³)Onboard regasification
Onboard tank120 gal (≈0.45 m³)Stainless-steel vehicle tank
Mobile regas unit—Trailer-mounted vaporizers

US gallon capacities; m³ values are approximate conversions. Equipment supplied by Superior Performance Energy (USA).

LNG ISO container with regasification skid
Gas-fired power on site

Mobile turbines and gas engines for critical loads

1–35 MW

Deployable capacity

Gas engines and turbine gensets for critical sites

1 MW

Mobile turbine unit

1,400 hp, trailer-mounted

1–3 h

Time to power

From arrival, once gas is available

21–26%

Efficiency

Simple cycle; heat rate 13,000–16,000 BTU/kWh

Trailer-mounted mobile gas turbines

Fuel flexibility

  • CNG and LNG via regasification
  • Renewable natural gas (biomethane)
  • Liquid fuels as an option

Turbine data per equipment partner specification.

Microgrid architecture

Distributed generation blocks with local control

Household, community and municipal levels, connected to the gas and electricity grids or running fully off-grid.

Generation

Gas engines and turbine generator sets, distributed across sites

Storage

Battery systems buffer peaks and outages for short-term ride-through

Control

Automatic dispatch, SCADA and data logging for remote network management

Fuel

LNG and CNG containers refilled by road through the virtual pipeline

Delivery model

One EPC contractor, proven equipment

Single counterparty: ASKAY leads the client interface and coordinates the equipment partner.

ASKAY — EPC contractor
  • Engineering — site survey, feasibility study (TEO), design and permits
  • Procurement — equipment sourcing, LNG supply and logistics
  • Construction — installation, testing and commissioning
  • Operation — handover, staff training and service support
Superior Performance Energy — equipment partner
  • Regasification skids and pressure-reduction units
  • Cryogenic trailers and ISO containers
  • Mobile gas turbines and gas-engine gensets
  • Factory engineering support from Texas, USA

From data to operation

01

Data collection

Loads, consumption profile, site access

Data package
02

Feasibility (TEO)

Technical and economic justification

Feasibility report
03

Design

Engineering documentation and approvals

Design package
04

Supply and install

Equipment delivery and mounting on site

Installed system
05

Commission

Start-up, testing and staff training

Handover
06

Support

Maintenance, fuel logistics, service

Contract term
LNG ISO container and vaporizer skid on a trailer
One EPC contract

One responsible party from site survey to operation. ASKAY manages engineering, procurement, construction and handover end to end.

Schedules are confirmed after site, fuel logistics and permitting review.

Beyond emergency

A platform for local gas

Today’s backup becomes tomorrow’s local energy system.

2025–2035

Mobile turbines combined with mobile LNG/CNG supply as a long-term generation model.

Microgrids

Local, distributed generation becomes the standard for resilient cities.

Local gas

Biomethane from agriculture, landfill and wastewater gas, and associated gas, compressed or liquefied close to where it is used.

The same turbines and regasification equipment run on renewable gas, protecting the investment.

Proposed next step

Select the first site for technical assessment and define the backup supply solution.

  1. 1Share site data: heat and power demand, site access
  2. 2Site survey and fuel logistics review
  3. 3Feasibility study (TEO) and solution concept
  4. 4Project-specific technical and commercial proposal
Email info@askay.com

Equipment partner: Superior Performance Energy (USA)

LNG storage tank and vaporization unit