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Direct energy consumption and CO2 emissions in a Finnish broiler house – a case study
Author(s) -
Mari Rajaniemi,
Jukka Ahokas
Publication year - 2015
Publication title -
agricultural and food science
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.347
H-Index - 35
eISSN - 1795-1895
pISSN - 1459-6067
DOI - 10.23986/afsci.48012
Subject(s) - flock , broiler , environmental science , renewable energy , energy consumption , electricity , fossil fuel , ventilation (architecture) , consumption (sociology) , zoology , environmental engineering , agricultural economics , waste management , biology , ecology , geography , meteorology , engineering , economics , social science , sociology , electrical engineering
Direct energy (electricity and heating) consumption was measured from one broiler house in southern Finland. CO 2 emissions were also calculated. Six broiler flocks were reared per year with an average of 26 000 birds per flock. Heating constituted the major energy input, averaging 1.3 kWh kg -1 of carcass weight. It varied greatly between seasons and was highest during the cold period. Using renewable energy for heating remarkably reduces CO 2 emissions compared to fossil energy. Electricity consumption averaged 0.08 kWh kg -1 of carcass weight. The greatest energy saving potential can be found in heating. CO 2 emissions can be lowered to similar levels as in warmer countries by using biofuels for heating. Ventilation control is one possibility for direct energy savings in broiler production. Feed production is one of the key elements when total energy consumption is considered.

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