Added Energy Value from Application of Fish Industry Co-Streams

Kêstutis Navickas, Kêstutis Venslauskas, Arvydas Nekrosius, Petteri Kangas, Marja Nappa, Rasa Slizyte, Revilija Mozuraityte

Research output: Contribution to conferenceConference articleScientific

Abstract

Added energy value from application of fish industry co-streams for biogas production and use of substrates for soil fertilising is discussed in the paper.
The analysis of added value of fish co-streams was done by comparing two different scenarios. Scenario 1 represents the system of the fertilisation of arable land intended for summer barley growing and Scenario 2 – arable land is fertilised with a digestate of mixture of fish co-streams and cattle manure after anaerobic digestion.
The farm system corresponding 600 milking cows producing 12000 t/year of manure having 600 ha of cultivated land has been used and the mass of fish waste is estimated to be 2400 t per year.
The energetic evaluation has been performed including direct and indirect energy inputs for all technological operations and processes.
Results of the study suggest that fish waste used for biogas production and soil fertilization generates additional energy value for the farm.
Original languageEnglish
Pages103-108
Publication statusPublished - 2013
MoE publication typeNot Eligible
EventRural Development 2013, The Sixth International Scientific Conference - Kaunas, Lithuania
Duration: 28 Nov 201329 Nov 2013

Conference

ConferenceRural Development 2013, The Sixth International Scientific Conference
CountryLithuania
CityKaunas
Period28/11/1329/11/13

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industry
fish
energy
arable land
biogas
manure
farm
barley
cattle
energetics
substrate
summer
soil
anaerobic digestion
evaluation
soil fertilisation
land
analysis

Cite this

Navickas, K., Venslauskas, K., Nekrosius, A., Kangas, P., Nappa, M., Slizyte, R., & Mozuraityte, R. (2013). Added Energy Value from Application of Fish Industry Co-Streams. 103-108. Paper presented at Rural Development 2013, The Sixth International Scientific Conference, Kaunas, Lithuania.
Navickas, Kêstutis ; Venslauskas, Kêstutis ; Nekrosius, Arvydas ; Kangas, Petteri ; Nappa, Marja ; Slizyte, Rasa ; Mozuraityte, Revilija. / Added Energy Value from Application of Fish Industry Co-Streams. Paper presented at Rural Development 2013, The Sixth International Scientific Conference, Kaunas, Lithuania.
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Navickas, K, Venslauskas, K, Nekrosius, A, Kangas, P, Nappa, M, Slizyte, R & Mozuraityte, R 2013, 'Added Energy Value from Application of Fish Industry Co-Streams' Paper presented at Rural Development 2013, The Sixth International Scientific Conference, Kaunas, Lithuania, 28/11/13 - 29/11/13, pp. 103-108.

Added Energy Value from Application of Fish Industry Co-Streams. / Navickas, Kêstutis; Venslauskas, Kêstutis; Nekrosius, Arvydas; Kangas, Petteri; Nappa, Marja; Slizyte, Rasa; Mozuraityte, Revilija.

2013. 103-108 Paper presented at Rural Development 2013, The Sixth International Scientific Conference, Kaunas, Lithuania.

Research output: Contribution to conferenceConference articleScientific

TY - CONF

T1 - Added Energy Value from Application of Fish Industry Co-Streams

AU - Navickas, Kêstutis

AU - Venslauskas, Kêstutis

AU - Nekrosius, Arvydas

AU - Kangas, Petteri

AU - Nappa, Marja

AU - Slizyte, Rasa

AU - Mozuraityte, Revilija

PY - 2013

Y1 - 2013

N2 - Added energy value from application of fish industry co-streams for biogas production and use of substrates for soil fertilising is discussed in the paper. The analysis of added value of fish co-streams was done by comparing two different scenarios. Scenario 1 represents the system of the fertilisation of arable land intended for summer barley growing and Scenario 2 – arable land is fertilised with a digestate of mixture of fish co-streams and cattle manure after anaerobic digestion. The farm system corresponding 600 milking cows producing 12000 t/year of manure having 600 ha of cultivated land has been used and the mass of fish waste is estimated to be 2400 t per year. The energetic evaluation has been performed including direct and indirect energy inputs for all technological operations and processes. Results of the study suggest that fish waste used for biogas production and soil fertilization generates additional energy value for the farm.

AB - Added energy value from application of fish industry co-streams for biogas production and use of substrates for soil fertilising is discussed in the paper. The analysis of added value of fish co-streams was done by comparing two different scenarios. Scenario 1 represents the system of the fertilisation of arable land intended for summer barley growing and Scenario 2 – arable land is fertilised with a digestate of mixture of fish co-streams and cattle manure after anaerobic digestion. The farm system corresponding 600 milking cows producing 12000 t/year of manure having 600 ha of cultivated land has been used and the mass of fish waste is estimated to be 2400 t per year. The energetic evaluation has been performed including direct and indirect energy inputs for all technological operations and processes. Results of the study suggest that fish waste used for biogas production and soil fertilization generates additional energy value for the farm.

M3 - Conference article

SP - 103

EP - 108

ER -

Navickas K, Venslauskas K, Nekrosius A, Kangas P, Nappa M, Slizyte R et al. Added Energy Value from Application of Fish Industry Co-Streams. 2013. Paper presented at Rural Development 2013, The Sixth International Scientific Conference, Kaunas, Lithuania.