Applications

Plexodyne is a provider of fireside boiler cleaning technology, designed to combat slag in Boilers, online without the need to make any load adjustments.

 Plexodyne reduces emissions
 Plexodyne is applied on-line / no downtime
 Plexodyne reduces fuel consumption
 Plexodyne is injected according to a program, not full time.
 Plexodyne contains no Magnesium
 Plexodyne worked on all boiler sizes
 Plexodyne will not affect Instruments
 Plexodyne is Non-toxic


Boilers

Advanced Cleaning Technologies for Boiler Applications

Plexodyne and partners have developed technologies specifically suited for the stringent requirements of Boilers.

PD96x-MV

PD96X-MV for Medium volatile bituminous coals.

PD96x-MV is specifically designed for Medium Volatile bituminous coals. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-MV Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.

PD96x-LV

PD96X-LV for Low volatile bituminous coals.

PD96x-LV is specifically designed for Low Volatile bituminous coals. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-LV Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.

PD96X-HV

PD96X-HV for High volatile bituminous coals.

PD96x-HV is specifically designed for High Volatile bituminous coals. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-HV Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.


PD96X-PCB

PD96x-PCB for PRB super compliant bituminous coals.

PD96x-PCB is specifically designed for PRB super compliant bituminous coals. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-PCB Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.

PD96X-PSB

PD96x-PSB for Sub-bituminous coals.

PD96x-PSB is specifically designed for Sub-bituminous coals. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-PSB Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.

PD96X-LHS

PD96X-LHS for High Sodium Lignite fuels.

PD96x-LHS is specifically designed for High Sodium Lignite fuels. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-LHS Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.


PD96X-LLS

PD96X-LLS for Low Sodium Lignite fuels.

PD96x-LLS is specifically designed for Low Sodium Lignite fuels. The chemical reacts with the main fouling bonding agents, making deposits soft, dry and friable. Plexodyne PD96x-LLS Improves heat transfer by reducing fouling, resulting in a substantial increase in boiler efficiency.


Process Furnaces

Advanced Cleaning Technologies for Process Furnaces

Plexodyne and partners have developed technologies specifically suited for the stringent requirements of Process Furnaces

Turbo-Chargers

Advanced Cleaning Technologies for Turbo-Chargers

Plexodyne and partners have developed technologies specifically suited for the stringent requirements of Turbo-Chargers

Heat Recovery Steam Generators (HRSGs)

Advanced Cleaning Technologies for Exhaust-Boilers

Plexodyne and partners have developed technologies specifically suited for the stringent requirements of Heat Recovery Steam Generators (HRSGs)

PD96X-Ebz

PD96X-Ebz for Heat Recovery Boilers.

Fuel residue entering the HR Boiler is high in carbon and oil residue, this leads to fouling in the heat recovery boiler. PD96x-EBz has been designed from the ground up to react with fuel residue , converting it into a friable dry power that is swept away by the exhaust draft. PD96x-EBz is injected into the boiler before the first stage, the heat from the turbine exhaust activates the active elements that in turn react with the oil residue.

Vortical

Advanced Cleaning Technologies for Exhaust-Boilers

Plexodyne Vortical Injection Technology is a chemical injection system engineered to inject chemicals into transition ductwork downstream of a fossil fuel fired combustion turbine. The injection mechanism is engineered and optimized to take advantage of the natural swirl or vortex of the combustion gas in order to create even distribution of the flue gas/chemical mixture across surfaces downstream of the device.


Turbines (Oil fuel and Gas)

Advanced Cleaning Technologies for Gas Turbines

Plexodyne and partners have developed technologies specifically suited for the stringent requirements Gas Turbines

Expanders

Advanced Cleaning Technologies for Refinery Expanders

Plexodyne and partners have developed technologies specifically suited to the stringent requirements of refinery boilers, with a focus on refinery Expanders