Contact phone icon representing direct access to 2-0 LCA life cycle assessment expertise for driving sustainable decision-making
GET IN TOUCH

Life Cycle Assessment of Organic Residues Recycling at DAKA

Oil droplets in water emulsion representing food processing, biotechnology, and life cycle assessment for sustainable production decision-making
Client
Daka
Date
April 2020
Our role

We performed the LCA, put through a critical review by 3 external experts following ISO 14040/44 standard.


Daka processes bi- and waste products from the agri-food sector and turns them into biodiesel, animal feed ingredients, and fertilizer. We helped them perform a comparative LCA of their individual product lines for processing of by-products from slaughterhouses, dead farm animals and food waste. The project included a complete product portfolio LCA of DAKA for 2018/2019.

Environmental impact of organic residues

This project entails a detailed comparative cradle-to-grave life cycle assessment (LCA) of individual product portfolios and production lines for recycling of organic residues at DAKA.

The life cycle framework allows for a quantitative assessment of the environmental impact associated with all stages of a product’s life. In the current project the product portfolios under study are DAKA’s treatment services of C3 slaughter by-product, C1 and C2 slaughter by-products and fallen stock and food waste.

For all portfolios the environmental impact of DAKA’s treatment of different slaughter by-products and organic residues are calculated. For C3 slaughter by-products, a comparison with energy production (biogas) is also performed. The purpose of analysing all product portfolios is to gain a complete overview of DAKA’s total annual environmental impact.

The project follows the requirements in the international standards for LCA: ISO 14040 (2006) and 14044 (2006). The LCA has been subject to a critical panel review in accordance with the ISO standards on LCA. The study covers a wide range of environmental impacts, including greenhouse gas (GHG) emissions, i.e. carbon footprint, nature occupation, respiratory effects, eutrophication etc. The LCA also addresses indirect land use changes (iLUC).

https://2-0-lca.com/projects/show/life-cycle-assessment-of-organic-residues-recycling-at-daka/

Footer top background effect
crosschevron-down