The MGA Thermal Difference: Greater Value, Lower Costs

OUR EDGE

Reliable, Cost-effective, & Easy to Integrate

Industrial steam users need electrification solutions that are reliable, cost‑effective, and easy to integrate. MGA Thermal delivers this through purpose‑built storage materials, flexible system design,  steam‑aligned  operating temperatures, and a proven partner ecosystem - all working together to lower capital cost, reduce operating expenses, and minimise project risk. 

High Performance

Engineered Storage Material

MGA Blocks are designed for maximum energy density, fast heat transfer, and long‑term durability. Because the material performs better than alternatives, customers get more storage in a smaller footprint, higher efficiency, and lower lifetime cost. Better performance at the core means fewer blocks, smaller systems, and reduced capex.

ADAPTABILITY

Flexible by Design 

Every steam system is different and retrofitting rigid technology can be expensive. MGA’s system is adaptable to client use-case. The charge, discharge and storage capacity can be scaled flexibly to reduce the capital cost and operating cost, while meeting your demand.

ENERGY

Optimised for Industrial Steam Temperatures 

MGA’s next generation storage material allows us to deliver high-grade process heat up to 550oC. The outlet temperature and pressure is precisely designed to match your existing operating system for seamless integration. You get a solution that fits your plant without costly rework.

INTEGRATED

Delivered Through a Proven Partner Ecosystem 

MGA works with leading heater suppliers, HRSG providers, EPCs, and financing partners to deliver complete electrification solutions. This ecosystem approach ensures customers get best‑value components, competitive installation pricing, and access to delivery models that reduce upfront capital. You benefit from coordinated delivery without paying for unnecessary vertical integration. 

Download MGA Thermal’s Latest Discussion Paper

ETES - Transforming Industrial Energy.

Discover how ETES can unlock clean, reliable,
cost‑effective heat for industry at scale.

Alternative Technology Pathways

How MGA Thermal Compares

Strong
Moderate
Weak

MGA Thermal Storage

Bioenergy

Heat Pumps

Electric Boilers

Solar Thermal (Parabolic Rough)

MGA Thermal Storage

Bioenergy

Heat Pumps

Electric Boilers

Solar Thermal (Parabolic Rough)

High Temperature Heat

100°C to 550°C

>1000°C

Up to 500° C

100°C to 450°C

Up to 350°C

Levelised Cost of Heat
(Less than gas boilers)

<$60/MWh

>$100/MWh

<$60/MWh

Exposed to peak pricing

$60/MWh

Flexible (Storage / Load Shifting)

24x7 continuous

Fuel stockpile/gas pipeline

No storage

No storage

24x7 continuous

Energy / Feedstock Security

Grid Connected

Fuel scarcity

Reliant on waste heat

Grid Connected

Weather dependent

Brownfield Integration

Direct steam replacement

Direct steam replacement

Requires process redesign

Direct steam replacement

Direct steam replacement

Compact Footprint

Compact

Compact

Compact

Compact

Significant land usage