Methane Storage by Monolithic

(Barry Byers)

A concrete foundation to support the Monolithic Methane Storage Bubble is poured in proximity to the Methane Production Tank and near a Generator that will power the farm/ranch.

A concrete foundation to support the Monolithic Methane Storage Bubble is poured in proximity to the Methane Production Tank and near a Generator that will power the farm/ranch. (Barry Byers)

The Inner Airform is attached to the foundation and pipes are welded to the base.

The Inner Airform is attached to the foundation and pipes are welded to the base. (Barry Byers)

The Outer Airform is then attached to the foundation and over the Inner Airform.

The Outer Airform is then attached to the foundation and over the Inner Airform. (Barry Byers)

The Outer Airform is filled with pressure-controlled air using hoses connected to a separate air supply system.

The Outer Airform is filled with pressure-controlled air using hoses connected to a separate air supply system. (Barry Byers)

Air pressure is released through the Air Return Hose, allowing the Inner Airform to fill with methane gas piped in from the Methane Production Tank.

Air pressure is released through the Air Return Hose, allowing the Inner Airform to fill with methane gas piped in from the Methane Production Tank. (Barry Byers)

The Inner Airform can be completely filled with methane gas consuming the entire Monolithic® Methane Storage bubble.

The Inner Airform can be completely filled with methane gas consuming the entire Monolithic® Methane Storage bubble. (Barry Byers)

Air is pumped into the Outer Airform, using the Air Pressure Hose, forcing the Inner Airform to pipe out methane gas that will be used to fuel a generator. The generator will provide electrical power to the entire farm/ranch.

Air is pumped into the Outer Airform, using the Air Pressure Hose, forcing the Inner Airform to pipe out methane gas that will be used to fuel a generator. The generator will provide electrical power to the entire farm/ranch. (Barry Byers)