For breaker facilities, eggs arriving at the facility gate accounted
for, on average, 98% of overall supply chain emissions associated
with production of unpackaged, pasteurized liquid eggs (Table S8,
Fig. 7). Due to large differences in reported energy, water, and
refrigerant use, associated facility-level emissions were similarly
variable. For example, emissions related to facility energy use varied
from as low as 51.8 kg CO2-e per tonne of liquid eggs produced
to as high as 174 kg CO2-e. This difference suggests opportunities
for improved energy use efficiency for participating breaker facilities,
or possible data reporting anomalies. Emissions related to
water and refrigerant use were trivial
For breaker facilities, eggs arriving at the facility gate accountedfor, on average, 98% of overall supply chain emissions associatedwith production of unpackaged, pasteurized liquid eggs (Table S8,Fig. 7). Due to large differences in reported energy, water, andrefrigerant use, associated facility-level emissions were similarlyvariable. For example, emissions related to facility energy use variedfrom as low as 51.8 kg CO2-e per tonne of liquid eggs producedto as high as 174 kg CO2-e. This difference suggests opportunitiesfor improved energy use efficiency for participating breaker facilities,or possible data reporting anomalies. Emissions related towater and refrigerant use were trivial
การแปล กรุณารอสักครู่..