Methanogenic Microbes


Methanogenic Worker Profile

The Microbes Simply Wait

TITAN is also designed to register balancing capacity for the local electricity grid.

During normal operation, Hydrogen Producer Gas is supplied to the methanogenic fermentation trains. When additional local electricity capacity is required, some or all of the HPG can be diverted temporarily to the TITAN gas engines.

The engines generate dispatchable electricity.

The methanogenic microbes simply wait.

They remain inside their controlled anaerobic environment until the gaseous diet returns. When HPG supply resumes, renewable methane production continues in accordance with the operating protocols of the contracted Microbial Capability.

This gives TITAN an important flexibility advantage: the same HPG can support renewable gas production or short-duration balancing power without permanently changing the biological process.

The TITAN Methanogenic Stack

Each TITAN location is developed through three phases. The methanogenic stack grows alongside Acetogenic and Aerobic capability, allowing the platform to balance renewable gas production with second-generation ethanol and future biological products.



From RNG to CRNG and LRNG

Methanogenic fermentation first produces RNG — Renewable Natural Gas.

Because the methane is manufactured from a clean gaseous diet, it is already separated from many of the contaminants associated with conventional biogas. It is then conditioned to the specification required by the downstream customer.



The 2035 Methanogenic Target

Syngas Project plans to roll out the TITAN platform as a repeatable network rather than as a single project.

The Methanogenic deployment target is:

The objective is to establish 1 GW of constant renewable methane production by 2035, supported by regional TITAN locations connected to renewable carbon supply, rail and road logistics, and European LNG infrastructure.

Engineering prepares the clean gaseous diet.

Methanogenic Microbial Capability manufactures Renewable Natural Gas.