Client: Omnia Fertilizers
Purpose: The supply of a 2.5 MWe Back Pressure Turbo-Generator
Project type: Greenfields

Combined Heat and Power (CHP) supply to the OMNIA Site.

Client: KC Energy
Purpose: The supply of a 6 MWe Extraction Exhaust Turbo-Generator
Steam pressure: 62 barg
Steam temperature: 480 oC
Mass flowrate: 60 T/Hr
Fuel: N/A
Project type: Greenfields

Combined Heat and Power (CHP) supply to the KARBOCHEM Site.

Client: TF Design Engineering
Purpose: The supply of a 1.1 MWe Condensing Turbo-Generator
Steam pressure: 10 barg
Steam temperature: 180 oC
Mass flowrate: 9.7 T/hr
Fuel: N/A
Project type: Greenfields

Combined Heat and Power (CHP) supply to the George, CAPE PINE Saw mill.

Client: Kelvin Power
Purpose: Fascilitated the refurbishment of 1 off LP rotor refurbishment
Steam pressure: 62 barg (HP linlet)
Steam temperature: 480 oC (HP inlet)
Mass flowrate: 240 T/hr
Fuel: N/A
Project type: Brownfields/Refurbishment

IES fasciliated the complete refurbishment of 1 off 60 MWe LP rotor through TRIVENI Turbines Limited (TTL).

Client: Kelvin Power
Purpose: Development and justify a cost effective solution to mitigate the risk associated with the existing B station demin water plant.
Steam pressure: N/A
Steam temperature: N/A
Mass flowrate: 60 – 100 T/Hr
Fuel: N/A
Project type: Brownfields/Greenfields

KELVIN POWER currently have concerns regarding the civil foundation around the existing demin plant. In response to this threat, KELVIN POWER is looking into a number of possible solutions to mitigate this risk. The project involved the consolidation of the proposed solutions into a “decision matrix” to better manage the decision making process. A number of factors were considered in evaluating each option, namely, Process, Environmental, Commercial and Risk. A high level 3D layout model was developed of the identified solution.