ADIGT

Aero-derivative industrial gas turbines

ADIGT-CHP

Aero-derivative industrial gas turbines combined-heat-and-power

CHP

Combined-heat-and-power

DP

Design-point

GT

Gas turbine

IC

Intercooled cycle

ICR

Intercooled-recuperated cycle

ISA

International standard atmosphere

ISA Dev

International standard atmosphere deviation

OD

Off-design point

RC

Recuperated

SS

Small-scale

SS-ADIGT

Small-scale aero-derivative industrial gas turbines

SS-ADIGT-CHP

Small-scale aero-derivative industrial gas turbines combined-heat-and-power

TET

Turbine entry temperature

TURBOMATCH

Gas turbine engine performance simulation code

C

Specific heat

kJ/kg

c_p

Specific heat at constant pressure

kJ/kg

c_pa

specific heat at constant pressure of air

kJ/kg

FF

Fuel flow in combustor

Kg/s

H

Specific enthalpy

kJ/kg

h_a

Water specific enthalpy at economiser inlet

kJ/kg

h_c

Saturated water specific enthalpy at evaporator inlet

kJ/kg

h_d

Saturated steam specific enthalpy at evaporator exit

kJ/kg

h_e

Superheated steam specific enthalpy

kJ/kg

LHV

Low heating value of fuel

kJ/kg

Fuel mass flow in combustor

Kg/s

P_E

Electrical power

kWe

P_T

Gas turbine power

kW

Q

Heat flow

kW

q_in

Heat flow in

kW

q_out

Heat flow out

kW

Q_4x

Total heat transfer in superheater and evaporator

kW

Q_comb

Combustor heat input

kW

Q_econ

Economiser duty

kW

Q_evap

Evaporator duty

kW

Q_super

Superheater duty

kW

Q_HRSG

HRSG duty

kW

T

Temperature

K

T_a

Water temperature at HRSG economiser inlet

K