plantperformanceinit_bsm1 ¶

Initialisation file for all states and parameters related to the plant performance.

All parameters and specifications are based on BSM1 model. This file will be executed when running bsm2_cl.py, bsm2_ol.py or bsm2_olem.py.

TOTALCODEMAX ¶

TOTALCODEMAX = 100

Effluent concentration limit for total chemical oxygen demand (COD_part + COD_sol) [g(COD) ⋅ m⁻³].

TOTALNEMAX ¶

TOTALNEMAX = 18

Effluent concentration limit for total nitrogen [g(N) ⋅ m⁻³].

SNHEMAX ¶

SNHEMAX = 4

Effluent concentration limit for ammonium plus ammonia nitrogen [g(N) ⋅ m⁻³].

TSSEMAX ¶

TSSEMAX = 30

Effluent concentration limit for total suspended solids (TSS) [g(SS) ⋅ m⁻³].

BOD5EMAX ¶

BOD5EMAX = 10

Effluent concentration limit for biochemical oxygen demand (BOD) [g(BOD) ⋅ m⁻³].

BSS ¶

BSS = 2

Pollutant weighting factor for suspended solids [-].

BCOD ¶

BCOD = 1

Pollutant weighting factor for chemical oxygen demand [-].

BNKJ ¶

BNKJ = 30

Pollutant weighting factor for total Kjeldahl nitrogen (TKN) [-].

BNO ¶

BNO = 10

Pollutant weighting factor for nitrate and nitrite nitrogen [-].

BBOD5 ¶

BBOD5 = 2

Pollutant weighting factor for biochemical oxygen demand (BOD) [-].

PF_QINTR ¶

PF_QINTR = 0.004

Pumping energy factor for internal activated sludge recirculation [kWh ⋅ m⁻³].

PF_QR ¶

PF_QR = 0.008

Pumping energy factor for activated sludge recycle [kWh ⋅ m⁻³].

PF_QW ¶

PF_QW = 0.05

Pumping energy factor for activated sludge wastage flow [kWh ⋅ m⁻³].

PF_QPU ¶

PF_QPU = 0.075

Pumping energy factor for pumped underflow from primary clarifier [kWh ⋅ m⁻³].

PF_QTU ¶

PF_QTU = 0.06

Pumping energy factor for pumped underflow from thickener [kWh ⋅ m⁻³].

PF_QDO ¶

PF_QDO = 0.004

Pumping energy factor for pumped underflow from dewatering unit [kWh ⋅ m⁻³].

ME_AD_UNIT ¶

ME_AD_UNIT = 0.005

Mixing energy factor for anaerobic digester unit [kWh ⋅ m⁻³].

PP_PAR ¶

PP_PAR = array([TOTALCODEMAX, TOTALNEMAX, SNHEMAX, TSSEMAX, BOD5EMAX, BSS, BCOD, BNKJ, BNO, BBOD5, PF_QINTR, PF_QR, PF_QW, PF_QPU, PF_QTU, PF_QDO, ME_AD_UNIT])

Plant performance parameters.