Publications

The publications resulting from the AGROVAL research project are listed below:

01

Influence of coffee-derived phenolic compounds, initial loading, and biochar on anaerobic digestion of coffee pulp

ScienceDirect

02

Coffee Pulp Valorization: Comparison of Conventional and Deep Eutectic Solvents Performance During Phenolic Compounds Extraction Optimization

Waste and Biomass Valorization / Springer Nature Link

03

Sustainable valorization of coffee pulp: Evaluation of the pretreatment effect on the phenolic compounds recovery and anaerobic digestion of the residual biomass

ScienceDirect

04

A comprehensive life cycle assessment of sisal yarn production: Unveiling sustainability and resource optimization hotspots

ScienceDirect

05

Coffee processing waste as a reinforcing material in the preparation of chitosan-based magnetic composite for the removal of chromium (VI) from aqueous solution

ScienceDirect

06

Coffee processing waste: Unlocking opportunities for sustainable development

ScienceDirect

07

Manufacturing of sustainable sisal fibre composites by filament winding and compression moulding

IOPscience

08

Reinforcement efficiency of sisal fibres in composites for structural applications

ScienceDirect

09

Strategies for enhancing methane production from coffee pulp via co-digestion, urea supplementation, and biochar-assisted process stabilisation

ScienceDirect

10

Anaerobic digestion of coffee pulp and husk: constraints, pretreatment, process enhancement, and scale-up

ScienceDirect

11

Intersection Between Household Economics and Community Energy Needs: Case of Biogas Uptake in Kilifi County

Journal of the Kenya National Commission for UNESCO

12

Unraveling the potential of sisal fiber in sustainable innovation: A bibliometric perspective

13

Cradle-to-gate life cycle assessment of sisal/PLA biocomposite: Uncovering the dominance of transport and burden-shifting trade-offs in sustainable material design

PLOS One

Sustainable valorisation of agro-industrial residues through integration of food, bioproducts and bio-energy production

FUNDED BY

Danida Fellowship Centre

Ministry of Foreign Affairs of Denmark

COORDINATED BY

Depart. of Chemical and Biochemical Eng.

Technical University of Denmark (DTU)

© 2026 AGROVAL

Circular bioeconomy · East Africa & Denmark

Sustainable valorisation of agro-industrial residues through integration of food, bioproducts and bio-energy production

FUNDED BY

Danida Fellowship Centre

Ministry of Foreign Affairs of Denmark

COORDINATED BY

Depart. of Chemical and Biochemical Eng.

Technical University of Denmark (DTU)

© 2026 AGROVAL

Circular bioeconomy · East Africa & Denmark

Sustainable valorisation of agro-industrial residues through integration of food, bioproducts and bio-energy production

FUNDED BY

Danida Fellowship Centre

Ministry of Foreign Affairs of Denmark

COORDINATED BY

Depart. of Chemical and Biochemical Eng.

Technical University of Denmark (DTU)

© 2026 AGROVAL

Circular bioeconomy · East Africa & Denmark