Composting, separation and other processes form a substantial treatment section. The titles vary in material and aim, so the comparison worth making is not merely which process works, but what output it creates for agriculture.
This section preserves 38 historical presentation titles. A title documents a research question, not the result or a recommendation for current practice.
Questions in this session
38 of 38 entries shown
- S8.01Monitoring and evaluation of composting as manure management strategy in the Region of Murcia (Spain)
- S8.02On-farm composting of dairy cattle slurry solid fraction
- S8.03Effect of biochar and compost usage in farmland on carbon sequestration and plant growth
- S8.04Agro-environmental assessment of composting plants in Southwestern of Morocco (Souss Massa Region
- S8.05Calculation tool for gas emissions and composition of Swine, Cattle and Poultry manures through treatment processes.
- S8.06Technical and economical evaluation of digestate processing techniques
- S8.07Combustion and pyrolysis as potential ways of recycling Phosphorus from agricultural residues as fertilizers for plant production
- S8.08Phosphorus from manure derived biochar as a fertilizer source for cotton and soybean
- S8.09Anaerobic digestion of organic manures: effects on plant available N and C retention in soil
- S8.10How do biochar characteristics influence its capacity to mitigate N2O emissions in agricultural soils?
- S8.11Drying solid fractions of animal manure to produce commercial fertilizers
- S8.12Membrane fouling during the filtration of swine manure pretreated by flocculation using cationic polymer
- S8.13Manure Acidification Affecting Solid-Liquid Separation Efficiency
- S8.14New Concepts of Ammonia Removal from Digested Swine Effluents Using Anammox Based Deammonification Process
- S8.15Ammonia removal from swine wastewater by simultaneous nitrification-denitrification processes within a photobioreactor.
- S8.16Treatment of Vegetable Residues
- S8.17Management of the wastes derived from anaerobic digestion: development of an industrial composting strategy
- S8.18Microbial inoculation of organic household waste compost - effects on nutrient availability and bulk reduction.
- S8.19Comparative techno-economical study between membrane technology systems for obtaining concentrated fertilizers from manure
- S8.20Nutrients recovering from livestock manure by Nanofiltration
- S8.21Linking microbial respiration to organic matter Van Soest fractions during aerobic wastes degradation
- S8.22Pig slurry separation using different separation technologies: nutrients plant availability of the resulting liquid and solid fractions
- S8.23Uptake of organic effluents by lignocellulosic residues and implications for compost production
- S8.24Decreased Organic and Increased Inorganic Degradation upon Manure Acidification
- S8.25Nutrient recovery from biogas digestate by using clinoptilolite
- S8.26The Effect of Novel Materials on Yield and Biodiversity within Commercial Crops
- S8.27The effects of heavy metals, ammonia and electrical conductivity in compost derived from swine solid fraction on seed germination and root elongation of Lepidium sativum
- S8.28Effect of different slurry pre–treatments on mechanical separation methods efficiency: preliminary results
- S8.29Comparison of different approaches for ammonia emissions minimization by acidification of dairy and pig slurries
- S8.30Evaluation of lime treatment to control Mycobacterium avium subsp. paratuberculosis (Map) survival on dairy slurry storage
- S8.31Characterisation of membrane fouling by Raman and IR spectroscopy
- S8.32. Characterization of digestates: do they fit with soil improvers or fertilizers standards?
- S8.33Effect of biochar amendment during composting and compost storage on greenhouse gas emissions, N losses and P availability
- S8.34Influence of meteorological conditions and composting facilities on active composting performance
- S8.35Hygienic quality of organic fertilizer products intended for plant production in neighboring farms
- S8.36Valorisation of by-products from agriculture and nature management: opportunities for potting media, composting or as soil improver
- S8.37Microorganisms proliferation by addition of biochar in food waste composting factory
- S8.38Membrane materials contribution to mass transfer of ammonia in membrane contactors
Read in context
This is a historical bibliographic index. For the full meeting overview, see RAMIRAN 2013; for current explanations of nutrient and material pathways, visit the research guides.