Home
  • Home
  • ISSCT Congress
    • About the ISSCT
    • Colombian sugar cane agroindustry
    • About Colombia
    • About Tecnicaña
    • About the Venue
  • Academic Program
    • 🚨Key Information for authors
    • Commissions
    • Pre-congress
    • Congress
    • Post Congress
    • Accompanying persons program
  • Sponsorship & Exhibition
    • Trade Exhibition
  • Travel & Accommodation
    • Travel
    • Connections and Visas
  • Pressroom
    • Newsletters
    • Blog
    • Gallery
    • Social Media
  • Contact Us
    • FAQS
    • Customer Support

Agriculture Commission

135
  • A digital methodology for soil mapping and assessment to calculate the organic carbon reserve
  • A SAFER model for accurately estimating actual evapotranspiration in sugarcane using Sentinel-2
  • A simple economic sensitivity analysis of nitrogen application rates: a case study using ratoon trials under irrigated and rainfed conditions in South Africa
  • Actual harvester extractor cane loss: the elephant we can no longer ignore
  • Advancing sugarcane sustainability: integrating gamma-irradiated chitosan as a tool for climate resilience
  • Agroclimatic zoning of sugarcane areas in Cuba
  • Analysis of the diversity and abundance of weeds in sugarcane crops
  • Apparent nitrogen recovery of exogenous sources of organic matter in tropical soils: update and new coefficients to improve fertilisation in sugarcane
  • Benefits of Vicia villosa in intercropping with sugarcane: analysis of spatial arrangement and yield
  • Calcium dynamics in sugarcane soils with high magnesium saturation in the northern Cauca River Valley
  • Challenges farmers face in farming with data
  • Characterization of the soil degradation factors in areas planted with sugarcane in Cuba
  • Chopping quality in harvesting: its relationship with sucrose loss and operational efficiency
  • Correcting furrow shape in sugarcane
  • Data-driven agricultural management and technology use for risk assessment in sugarcane crop management
  • Drought stress ‘memory’ increases cane yield and juice quality of field-grown sugarcane
  • Effect of hydrothermal treatments on isolated sugarcane buds
  • Effect of soil-tillage practices on water use in irrigated sugarcane cultivation
  • Effect of suspending irrigation on the quality, quantity and water consumption in early sugarcane varieties in Iran
  • Effect of three biostimulants on reducing herbicide damage in sugarcane cultivation
  • Effect of trash mulching on water-use efficiency of sugarcane
  • Effect of trinexapac-ethyl on seedcane quality to improve stand establishment in sugarcane
  • Effect of urea fertilization timing and application rates on quantitative and qualitative traits of sugarcane variety CP69-1062
  • Effects of replanting and the use of an absorbent polymer on sugarcane productivity
  • Efficacy of biostimulants on sugarcane growth and yield under saline-sodic conditions in Zimbabwe
  • Efficacy of using calcium and magnesium oxides of different granularities in ratoon sugarcane
  • Evaluation of energycane for biomass accumulation and its ecosystem services on fallow sandy soils
  • Fertilization Advisory System (SEF 3.0) by Cenicaña: a holistic tool for efficient management of fertilizers
  • Foliar application of boron and molybdenum on growth and sucrose accumulation in sugarcane variety CC 05-430 in the Cauca River Valley, Colombia
  • Good experimental practices in weed research at eRcane: organization and results
  • Impact of pre-harvest burning on the carbon footprint of sugarcane produced in the state of São Paulo, Brazil
  • Increase in millable biomass through foliar application of gibberellic acid, seaweed, and amino acids in sugarcane
  • Increasing sugarcane productivity at Hacienda Génova through the implementation of an efficient irrigation system
  • Integrating companion leguminous crops in ratoon sugarcane production in Mauritius
  • Integrating energycane on marginal lands in sugarcane production systems in Florida
  • Integration of multispectral and SAR data with machine-learning algorithms for real-time monitoring and forecasting of sugarcane ripening
  • Integration of optical and radar satellite images for sugarcane monitoring in the Cauca Valley
  • Intensive use of varietal diversity for managing gaps in sugarcane: attempts and perspectives
  • Irrigation management strategies for improving water-use efficiency in sugarcane
  • Mitigating soil compaction during sugarcane ratoons by managing the subsoil under residue retention
  • Optimization of phosphorus management in sugarcane in Tucumán, Argentina: results in plant cane and first ratoon
  • Optimizing sugarcane physiology and quality with Ascophyllum nodosum extract: an effective tool for commercial crop management
  • Optimizing sugarcane planting time for enhanced tillering and yields in Florida
  • Optimizing sugarcane yield through seasonal planting strategies: a field study in sub-tropical conditions
  • Performance of the chopper system with different numbers of blades based on the quality of the raw material delivered to the factory
  • Post-release trials, a strategy to speed up varietal adoption in San Carlos Sugar Mill, Ecuador
  • Potential for the use of machine learning in sugarcane production in Thailand: a review
  • Quality of mechanized harvesting in the Cauca River Valley
  • Relationship between sugarcane area zoning by production levels and soil fertility in Tucumán province, Argentina, using geotechnologies
  • Scientific and participatory research strategies towards better sugarcane quality management in South Africa
  • Sectoral collaboration for technological sustainability: The GNSS RTK network in the sugar agro-industry
  • Site-specific nitrogen management through measuring soil nitrogen to maximize yield response in sugarcane
  • Site-specific precision agriculture to improve production in sugarcane
  • Soil bioindicators under contrasting sugarcane postharvest residue management systems
  • Soil-health status and evaluating the use of soil-health promoters to improve sugarcane productivity in Mauritius
  • Sucrose losses from the field to the mill in a sugar mill in southwestern Colombia
  • The carbon footprint of sugarcane cultivation using drip irrigation in Tucumán, Argentina
  • Tolpyralate: a promising alternative for post-emergent management of bermudagrass (Cynodon dactylon)
  • Total enzyme activity as a microbiological indicator of soil irrigated with vinasse
  • Type of nitrogen fertilizer and timing of application on sugarcane growth and yield in Iran
  • Urea and nitrate losses as a result of furrow fertigation in Iranian sugarcane fields
  • Use of a Vegetation Activity Index for evaluating commercial-scale treatments in sugarcane
  • Use of Synthetic Aperture Radar images to assess soil moisture in cane crops: practical implications in agricultural operation
  • Using a portable MicroNIR as a key tool for the sugarcane industry
  • Water footprint of sugarcane cultivation in Tucumán, Argentina
  • Agricultural Engineering Papers
    • A digital methodology for soil mapping and assessment to calculate the organic carbon reserve
    • A SAFER model for accurately estimating actual evapotranspiration in sugarcane using Sentinel-2
    • Actual harvester extractor cane loss: the elephant we can no longer ignore
    • Challenges farmers face in farming with data
    • Chopping quality in harvesting: its relationship with sucrose loss and operational efficiency
    • Data-driven agricultural management and technology use for risk assessment in sugarcane crop management
    • Effect of soil-tillage practices on water use in irrigated sugarcane cultivation
    • Integration of multispectral and SAR data with machine-learning algorithms for real-time monitoring and forecasting of sugarcane ripening
    • Integration of optical and radar satellite images for sugarcane monitoring in the Cauca Valley
    • Irrigation management strategies for improving water-use efficiency in sugarcane
    • Performance of the chopper system with different numbers of blades based on the quality of the raw material delivered to the factory
    • Potential for the use of machine learning in sugarcane production in Thailand: a review
    • Quality of mechanized harvesting in the Cauca River Valley
    • Relationship between sugarcane area zoning by production levels and soil fertility in Tucumán province, Argentina, using geotechnologies
    • Sectoral collaboration for technological sustainability: The GNSS RTK network in the sugar agro-industry
    • Use of Synthetic Aperture Radar images to assess soil moisture in cane crops: practical implications in agricultural operation
  • Agricultural Engineering Posters
    • Correcting furrow shape in sugarcane
    • Increasing sugarcane productivity at Hacienda Génova through the implementation of an efficient irrigation system
    • Mitigating soil compaction during sugarcane ratoons by managing the subsoil under residue retention
    • Site-specific precision agriculture to improve production in sugarcane
    • Sucrose losses from the field to the mill in a sugar mill in southwestern Colombia
    • Using a portable MicroNIR as a key tool for the sugarcane industry
  • Agronomy Papers
    • A simple economic sensitivity analysis of nitrogen application rates: a case study using ratoon trials under irrigated and rainfed conditions in South Africa
    • Advancing sugarcane sustainability: integrating gamma-irradiated chitosan as a tool for climate resilience
    • Agronomic interventionsinsub-tropicalIndia for sustainablesugarcane cultivation and farmer empowerment
    • Analysis of the diversity and abundance of weeds in sugarcane crops
    • Apparent nitrogen recovery of exogenous sources of organic matter in tropical soils: update and new coefficients to improve fertilisation in sugarcane
    • Benefits of Vicia villosa in intercropping with sugarcane: analysis of spatial arrangement and yield
    • Calcium dynamics in sugarcane soils with high magnesium saturation in the northern Cauca River Valley
    • Early-season fall panicum (Panicum dichotomiflorum) control and sugarcane tolerance to a premix of atrazine, mesotrione and S-metolachlor
    • Effect of trinexapac-ethyl on seedcane quality to improve stand establishment in sugarcane
    • Evaluation of energycane for biomass accumulation and its ecosystem services on fallow sandy soils
    • Evaluation of water quality for irrigation in sugarcane
    • Fertilization Advisory System (SEF 3.0) by Cenicaña: a holistic tool for efficient management of fertilizers
    • Good experimental practices in weed research at eRcane: organization and results
    • Increase in millable biomass through foliar application of gibberellic acid, seaweed, and amino acids in sugarcane
    • Integrating energycane on marginal lands in sugarcane production systems in Florida
    • Intensive use of varietal diversity for managing gaps in sugarcane: attempts and perspectives
    • Optimizing sugarcane yield through seasonal planting strategies: a field study in sub-tropical conditions
    • Post-release trials, a strategy to speed up varietal adoption in San Carlos Sugar Mill, Ecuador
    • Scientific and participatory research strategies towards better sugarcane quality management in South Africa
    • Site-specific nitrogen management through measuring soil nitrogen to maximize yield response in sugarcane
    • Soil-health status and evaluating the use of soil-health promoters to improve sugarcane productivity in Mauritius
    • Sustainability of sugarcane intercropping systems: assessment and prospects
    • Sustaining sugarcane production in Pakistan through enhancing profitability by intercropping in spring and autumn
    • The carbon footprint of sugarcane cultivation using drip irrigation in Tucumán, Argentina
    • Tolpyralate: a promising alternative for post-emergent management of bermudagrass (Cynodon dactylon)
    • Total enzyme activity as a microbiological indicator of soil irrigated with vinasse
    • Type of nitrogen fertilizer and timing of application on sugarcane growth and yield in Iran
    • Urea and nitrate losses as a result of furrow fertigation in Iranian sugarcane fields
  • Agronomy Posters
    • Agroclimatic zoning of sugarcane areas in Cuba
    • Characterization of the soil degradation factors in areas planted with sugarcane in Cuba
    • Drought stress ‘memory’ increases cane yield and juice quality of field-grown sugarcane
    • Effect of hydrothermal treatments on isolated sugarcane buds
    • Effect of suspending irrigation on the quality, quantity and water consumption in early sugarcane varieties in Iran
    • Effect of three biostimulants on reducing herbicide damage in sugarcane cultivation
    • Effect of trash mulching on water-use efficiency of sugarcane
    • Effect of urea fertilization timing and application rates on quantitative and qualitative traits of sugarcane variety CP69-1062
    • Effects of replanting and the use of an absorbent polymer on sugarcane productivity
    • Efficacy of biostimulants on sugarcane growth and yield under saline-sodic conditions in Zimbabwe
    • Efficacy of using calcium and magnesium oxides of different granularities in ratoon sugarcane
    • Foliar application of boron and molybdenum on growth and sucrose accumulation in sugarcane variety CC 05-430 in the Cauca River Valley, Colombia
    • Impact of pre-harvest burning on the carbon footprint of sugarcane produced in the state of São Paulo, Brazil
    • Integrating companion leguminous crops in ratoon sugarcane production in Mauritius
    • Optimization of phosphorus management in sugarcane in Tucumán, Argentina: results in plant cane and first ratoon
    • Optimizing sugarcane physiology and quality with Ascophyllum nodosum extract: an effective tool for commercial crop management
    • Optimizing sugarcane planting time for enhanced tillering and yields in Florida
    • Soil bioindicators under contrasting sugarcane postharvest residue management systems
    • Use of a Vegetation Activity Index for evaluating commercial-scale treatments in sugarcane
    • Water footprint of sugarcane cultivation in Tucumán, Argentina

Biology Commission

148
  • A calibration curve for predicting sucrose content of sugarcane using NIR spectroscopy directly in the field
  • A continuous improvement approach in the production of sugarcane vitroplants at the EEAOC
  • A Guide to Sugarcane Diseases: New Edition
  • A pathway to molecular sugarcane breeding: implementing genetic associations and genomic prediction
  • A selection index based on non-sugar compounds of sugarcane juice
  • Accuracy of genomic selection in populations of the EEAOC sugarcane breeding program
  • Agroecological practices and light trapping of Eldana saccharina (Lepidoptera: Pyralidae) as an integrated toolbox in sugarcane in the Senegal River Valley
  • Assessing artificial diets for rearing Chilo sacchariphagus Bojer (Lepidoptera: Crambidae) for a sterile-insect technique programme in Mauritius
  • Assessment of brown rust and smut resistance trials for rating Cuban commercial sugarcane cultivars
  • Association between vegetative indices evaluated in a sugarcane breeding population
  • Association mapping and localization of molecular markers linked to resistance in sugarcane to brown rust
  • Automation of artificial photoperiod in the north of Argentina
  • Brix and stalk number associated with sugarcane productivity in different edaphoclimatic conditions in Brazil
  • CRISPR/Cas9 mediated homology directed repair enables precise modification in sugarcane ALS gene
  • Cryo- and osmo-therapy to eliminate viruses from infected sugarcane
  • Current status of sugarcane smut in Tucumán, Argentina – evaluation of genetic resistance and fungicide applications as control strategies
  • Development of a real-time singleplex and multiplex PCR diagnostic assay for detecting sugarcane pathogens and optimization of nucleic acid extraction methods
  • Development of internal transcribed spacer based molecular markers to identify Colletotrichum falcatum causing sugarcane red rot
  • Dynamics of Diatraea spp. and their parasitoids in Colombia: keys for pest management in sugarcane
  • Economic and environmental assessment of chlorantraniliprole and methoxyfenozide for the management of Diatraea saccharalis in sugarcane in Tucumán, Argentina
  • EEAOC Vitroplants Project: the importance of phytosanitary diagnosis and its impact on the health status of commercial sugarcane fields in Tucumán, Argentina
  • Effect of important weeds of sugarcane on the oviposition preference of Diatraea saccharalis
  • Effects of desert phyto-extracts on whip development in sugarcane smut
  • Evaluation of brown and orange rust resistance genes in sugarcane through molecular markers
  • Evaluation of freeze-damaged indicators in ‘TUC’ sugarcane varieties in Tucumán, Argentina
  • Evolution of stemborer and wireworm management in Florida sugarcane
  • Field-based prediction of sugarcane photosynthesis through environmental inputs
  • Genetic and hormonal regulation of plant height in sugarcane: QTL mapping and functional insights into gibberellin-driven growth
  • Genetic control of sucrose content among unselected progeny populations
  • Genetic diversity in EEAOC’s germplasm bank and assessment of a core collection
  • Genetic understanding of drought tolerance in sugarcane
  • Genetically modified sugarcane in combination with sterile insect releases to control Eldana saccharina: a shade house trial
  • Genome size variation in complex sugarcane parental genotypes in United States sugarcane breeding
  • Genome-wide association analysis for the identification of SNPs related to resistance to orange rust, Puccinia kuehnii
  • Genomic insights into new isolates of Acidovorax avenae causing red stripe in northwestern Argentina
  • Genotypic values and genetic gains in sugarcane varieties for sandy soils in Florida, USA
  • Histological damage caused by Acidovorax avenae subsp. avenae in sugarcane and the efficacy of a plant defense inducer to control red stripe disease
  • Identifying reservoirs hosting Eldana saccharina (Lepidoptera: Pyralidae), a pest of sugarcane in Senegal
  • Impact of different cultural practices on the infestation and oviposition of Diatraea saccharalis (Lepidoptera: Crambidae) in sugarcane in Tucumán, Argentina
  • Impact of sugarcane smut in the EEAOC sugarcane breeding selection process during the last 10 years
  • Importance of partnerships in monitoring and managing diseases in the South African sugarcane industry
  • In vitro mutagenesis for enhancing genetic variability in Argentinian sugarcane cultivars
  • Incidence of diseases and animal pests in sugarcane on the Dagoberto Rojas farm, Cuba
  • Influence of soil conditions on white grub infestations: a case study in northern Tanzania
  • Is Aceria sacchari the most likely vector of sugarcane streak mosaic virus?
  • Measuring Brix directly in the sugarcane stalk with a regenerative plant sensor
  • Molecular analysis of three sugarcane varieties with in-vitro induced mutations
  • Monitoring the incidence and distribution of sugarcane smut in Colombian sugarcane fields
  • Morphological, transcriptomic, and metabolomic differences between two sugarcane sister lines with contrasting resistance to orange rust disease
  • Most feasible diagnostic technique for the detection of Leifsonia xyli subsp. xyli infecting sugarcane in Cuba
  • Partitioning sugarcane variance components for sucrose yield in Stage I populations
  • Photosynthetic responses of energy cane and sugarcane to ozone
  • PSP1 biostimulant enhances sugarcane resistance to Diatraea saccharalis under controlled conditions and activates defense signaling pathways
  • Quantification of transgene copies in genetically modified borer-resistant sugarcane
  • Retrospective analysis of progenitors in the sugarcane breeding program of Estación Experimental Agroindustrial Obispo Colombres from 1998 to 2020
  • Scaling of temporary immersion systems to produce clean seed cane for northern Argentina
  • ScGID2 regulates gibberellin signaling and stem elongation in sugarcane through interactions with ScGAI and ScASK1
  • Selection of an oviposition substrate by females of the sugarcane stalk borer Eldana saccharina Walker (Lepidoptera: Pyralidae) for use in the sterile insect technique
  • SNP variability in the sugarcane caffeic acid O-methyltransferase (COMT): a key gene for lignin biosynthesis
  • Status of red stripe disease in Tucumán, Argentina, in the last four years
  • Sugarcane disease risk assessment in two regions of Cuba
  • Sugarcane lines expressing the sunflower transcription factor HAHB11 have improved tolerance to abiotic stresses
  • Sugarcane mild mosaic virus in commercial varieties and advanced lines in Florida
  • Sustainable sugarcane: developing varieties resilient to pests and climate change through genetic transformation and genome editing
  • The complex polyploid genome architecture of sugarcane: genome assembly and origin of cultivar R570
  • The crucial role of the EEAOC breeding program: varietal diversification in the sugarcane area of Tucumán, Argentina in the last 10 years
  • The major contribution of resistance to orange rust and yellow leaf in modern sugarcane hybrids comes from Saccharum spontaneum as evidenced by genome-wide association studies
  • Transgenic sugarcane expressing insecticidal proteins increases resistance to Diatraea saccharalis
  • Updating SASEL software: intelligent data management to support the Cuban sugarcane breeding program
  • Using the Axiom SNP array for comparative mapping across four Australian sugarcane varieties
  • Varietal diversity in sugarcane cultivation: a key factor in productivity sustainability
  • Vitropathogen control in EEAOC’s sugarcane micropropagation scheme
  • Yield indicators affected by ratoon stunting disease in sugarcane varieties planted in northern Argentina
  • Yield performance and environmental adaptability of cultivar TUC 03-12 analyzed by two statistical approaches
  • Entomology Papers
    • Agroecological practices and light trapping of Eldana saccharina (Lepidoptera: Pyralidae) as an integrated toolbox in sugarcane in the Senegal River Valley
    • Assessing artificial diets for rearing Chilo sacchariphagus Bojer (Lepidoptera: Crambidae) for a sterile-insect technique programme in Mauritius
    • Dynamics of Diatraea spp. and their parasitoids in Colombia: keys for pest management in sugarcane
    • Evolution of stemborer and wireworm management in Florida sugarcane
    • Genetically modified sugarcane in combination with sterile insect releases to control Eldana saccharina: a shade house trial
    • Impact of different cultural practices on the infestation and oviposition of Diatraea saccharalis (Lepidoptera: Crambidae) in sugarcane in Tucumán, Argentina
    • Selection of an oviposition substrate by females of the sugarcane stalk borer Eldana saccharina Walker (Lepidoptera: Pyralidae) for use in the sterile insect technique
    • Transgenic sugarcane expressing insecticidal proteins increases resistance to Diatraea saccharalis
  • Entomology Posters
    • Economic and environmental assessment of chlorantraniliprole and methoxyfenozide for the management of Diatraea saccharalis in sugarcane in Tucumán, Argentina
    • Effect of important weeds of sugarcane on the oviposition preference of Diatraea saccharalis
    • Identifying reservoirs hosting Eldana saccharina (Lepidoptera: Pyralidae), a pest of sugarcane in Senegal
    • Influence of soil conditions on white grub infestations: a case study in northern Tanzania
    • PSP1 biostimulant enhances sugarcane resistance to Diatraea saccharalis under controlled conditions and activates defense signaling pathways
  • Germplasm and Breeding Papers
    • A pathway to molecular sugarcane breeding: implementing genetic associations and genomic prediction
    • A selection index based on non-sugar compounds of sugarcane juice
    • Accuracy of genomic selection in populations of the EEAOC sugarcane breeding program
    • Evaluation of freeze-damaged indicators in ‘TUC’ sugarcane varieties in Tucumán, Argentina
    • Genetic control of sucrose content among unselected progeny populations
    • Genetic diversity in EEAOC’s germplasm bank and assessment of a core collection
    • Genome size variation in complex sugarcane parental genotypes in United States sugarcane breeding
    • Genotypic values and genetic gains in sugarcane varieties for sandy soils in Florida, USA
    • Partitioning sugarcane variance components for sucrose yield in Stage I populations
    • The major contribution of resistance to orange rust and yellow leaf in modern sugarcane hybrids comes from Saccharum spontaneum as evidenced by genome-wide association studies
  • Germplasm and Breeding Posters
    • A calibration curve for predicting sucrose content of sugarcane using NIR spectroscopy directly in the field
    • Association between vegetative indices evaluated in a sugarcane breeding population
    • Automation of artificial photoperiod in the north of Argentina
    • Brix and stalk number associated with sugarcane productivity in different edaphoclimatic conditions in Brazil
    • Evaluation of brown and orange rust resistance genes in sugarcane through molecular markers
    • Impact of sugarcane smut in the EEAOC sugarcane breeding selection process during the last 10 years
    • In vitro mutagenesis for enhancing genetic variability in Argentinian sugarcane cultivars
    • Measuring Brix directly in the sugarcane stalk with a regenerative plant sensor
    • Retrospective analysis of progenitors in the sugarcane breeding program of Estación Experimental Agroindustrial Obispo Colombres from 1998 to 2020
    • Scaling of temporary immersion systems to produce clean seed cane for northern Argentina
    • The crucial role of the EEAOC breeding program: varietal diversification in the sugarcane area of Tucumán, Argentina in the last 10 years
    • Updating SASEL software: intelligent data management to support the Cuban sugarcane breeding program
    • Varietal diversity in sugarcane cultivation: a key factor in productivity sustainability
    • Yield performance and environmental adaptability of cultivar TUC 03-12 analyzed by two statistical approaches
  • Molecular Biology Papers
    • Association mapping and localization of molecular markers linked to resistance in sugarcane to brown rust
    • CRISPR/Cas9 mediated homology directed repair enables precise modification in sugarcane ALS gene
    • Field-based prediction of sugarcane photosynthesis through environmental inputs
    • Genetic understanding of drought tolerance in sugarcane
    • Quantification of transgene copies in genetically modified borer-resistant sugarcane
    • Sugarcane lines expressing the sunflower transcription factor HAHB11 have improved tolerance to abiotic stresses
    • Sustainable sugarcane: developing varieties resilient to pests and climate change through genetic transformation and genome editing
    • The complex polyploid genome architecture of sugarcane: genome assembly and origin of cultivar R570
    • Using the Axiom SNP array for comparative mapping across four Australian sugarcane varieties
  • Molecular Biology Posters
    • Genetic and hormonal regulation of plant height in sugarcane: QTL mapping and functional insights into gibberellin-driven growth
    • Molecular analysis of three sugarcane varieties with in-vitro induced mutations
    • Morphological, transcriptomic, and metabolomic differences between two sugarcane sister lines with contrasting resistance to orange rust disease
    • Photosynthetic responses of energy cane and sugarcane to ozone
    • ScGID2 regulates gibberellin signaling and stem elongation in sugarcane through interactions with ScGAI and ScASK1
    • SNP variability in the sugarcane caffeic acid O-methyltransferase (COMT): a key gene for lignin biosynthesis
  • Pathology Papers
    • EEAOC Vitroplants Project: the importance of phytosanitary diagnosis and its impact on the health status of commercial sugarcane fields in Tucumán, Argentina
    • Effects of desert phyto-extracts on whip development in sugarcane smut
    • Genome-wide association analysis for the identification of SNPs related to resistance to orange rust, Puccinia kuehnii
    • Importance of partnerships in monitoring and managing diseases in the South African sugarcane industry
    • Is Aceria sacchari the most likely vector of sugarcane streak mosaic virus?
    • Status of red stripe disease in Tucumán, Argentina, in the last four years
  • Pathology Posters
    • A continuous improvement approach in the production of sugarcane vitroplants at the EEAOC
    • A Guide to Sugarcane Diseases: New Edition
    • Assessment of brown rust and smut resistance trials for rating Cuban commercial sugarcane cultivars
    • Cryo- and osmo-therapy to eliminate viruses from infected sugarcane
    • Current status of sugarcane smut in Tucumán, Argentina – evaluation of genetic resistance and fungicide applications as control strategies
    • Development of a real-time singleplex and multiplex PCR diagnostic assay for detecting sugarcane pathogens and optimization of nucleic acid extraction methods
    • Development of internal transcribed spacer based molecular markers to identify Colletotrichum falcatum causing sugarcane red rot
    • Genomic insights into new isolates of Acidovorax avenae causing red stripe in northwestern Argentina
    • Histological damage caused by Acidovorax avenae subsp. avenae in sugarcane and the efficacy of a plant defense inducer to control red stripe disease
    • Incidence of diseases and animal pests in sugarcane on the Dagoberto Rojas farm, Cuba
    • Monitoring the incidence and distribution of sugarcane smut in Colombian sugarcane fields
    • Most feasible diagnostic technique for the detection of Leifsonia xyli subsp. xyli infecting sugarcane in Cuba
    • Sugarcane disease risk assessment in two regions of Cuba
    • Sugarcane mild mosaic virus in commercial varieties and advanced lines in Florida
    • Vitropathogen control in EEAOC’s sugarcane micropropagation scheme
    • Yield indicators affected by ratoon stunting disease in sugarcane varieties planted in northern Argentina

Co-products Commission

54
  • Adding alkaline metal oxides to boost the gasification reactions of sugarcane bagasse
  • Bagasse-derived silver nanoparticles: antimicrobial and antibiofilm properties
  • Characterizing sugarcane co-products and their biochars: effects on resulting properties and functionality
  • Classifying lignocellulosic biomass from Tucumán for energy production
  • Culture medium design and kinetics of single-cell protein production from Candida utilis
  • Effect of heating on color and fermentable sugars in final molasses
  • Effect of molasses color on fermentation yield
  • Energy optimization in a sugar alcohol mill to maximize bagasse availability and electricity cogeneration: a case study at Incauca
  • Ethanol: a game changer in the Indian biofuels industry
  • Gasification of harvest residues as a sustainable energy alternative in the sugarcane agroindustry of Tucumán, Argentina
  • Green hydrogen – product diversification opportunities in sugar and allied industries – a techno-economic study
  • Influence of twin-screw extrusion pretreatment on the properties of sugarcane bagasse-based materials obtained by thermocompression
  • Measurement of higher heating value in cane bagasse using NIR spectroscopy in a sugar mill in southwestern Colombia
  • Opportunities for the production of compressed biogas (CBG) in sugar and allied industries
  • Performance of ethanol blending in diesel engines and its impact on emissions
  • Production of an octane booster from sugarcane bagasse
  • Reduction in carbon emissions through the use of bioethanol in turbodiesel engines
  • Roadmap for the production and implementation of green hydrogen in the Colombian sugar industry
  • Scaling-up the conversion of sugarcane bagasse to 5-chloromethylfurfural as a platform chemical
  • Spearheading sustainability in sugarcane processing through byproduct conversion into biochar for increased cane yields
  • Sugarcane and ethanol co-products for lactic acid production using a native bacterium from a Colombian biorefinery
  • Technical and environmental impact of combustion of sugarcane harvest residues at an industrial scale
  • Transforming waste into resources: the potential of sugarcane bagasse ash as a sustainable additive in manufacturing ceramic bricks
  • Unveiling microbial diversity with metabarcoding: key to optimizing ethanol production
  • Upscaling the production of potassium sulphate from stillage
  • Valorization of sugarcane stillage by extraction of aconitic acid
  • Value-added products from vinasse
  • Co-products Papers
    • Adding alkaline metal oxides to boost the gasification reactions of sugarcane bagasse
    • Bagasse-derived silver nanoparticles: antimicrobial and antibiofilm properties
    • Effect of molasses color on fermentation yield
    • Energy optimization in a sugar alcohol mill to maximize bagasse availability and electricity cogeneration: a case study at Incauca
    • Ethanol: a game changer in the Indian biofuels industry
    • Gasification of harvest residues as a sustainable energy alternative in the sugarcane agroindustry of Tucumán, Argentina
    • Green hydrogen – product diversification opportunities in sugar and allied industries – a techno-economic study
    • Influence of twin-screw extrusion pretreatment on the properties of sugarcane bagasse-based materials obtained by thermocompression
    • Performance of ethanol blending in diesel engines and its impact on emissions
    • Reduction in carbon emissions through the use of bioethanol in turbodiesel engines
    • Roadmap for the production and implementation of green hydrogen in the Colombian sugar industry
    • Scaling-up the conversion of sugarcane bagasse to 5-chloromethylfurfural as a platform chemical
    • Spearheading sustainability in sugarcane processing through byproduct conversion into biochar for increased cane yields
    • Sugarcane and ethanol co-products for lactic acid production using a native bacterium from a Colombian biorefinery
    • Technical and environmental impact of combustion of sugarcane harvest residues at an industrial scale
    • Transforming waste into resources: the potential of sugarcane bagasse ash as a sustainable additive in manufacturing ceramic bricks
    • Unveiling microbial diversity with metabarcoding: key to optimizing ethanol production
    • Upscaling the production of potassium sulphate from stillage
    • Valorization of sugarcane stillage by extraction of aconitic acid
    • Value-added products from vinasse
  • Co-products Posters
    • Characterizing sugarcane co-products and their biochars: effects on resulting properties and functionality
    • Classifying lignocellulosic biomass from Tucumán for energy production
    • Culture medium design and kinetics of single-cell protein production from Candida utilis
    • Effect of heating on color and fermentable sugars in final molasses
    • Measurement of higher heating value in cane bagasse using NIR spectroscopy in a sugar mill in southwestern Colombia
    • Opportunities for the production of compressed biogas (CBG) in sugar and allied industries
    • Production of an octane booster from sugarcane bagasse

Factory Commission

88
  • A machine-learning approach for estimating mineral trash in sugarcane processing through turbidity measurements
  • A model for estimating color increase in refined sugar during storage
  • A modern energy efficient sugar complex on 26% steam consumption – concept to commissioning
  • A remote monitoring and advisory system
  • An improved electric drive for sugarcane preparation machines
  • An innovative way for steam economy and capacity expansion by integrating an MVR in an evaporation scheme
  • Analytics model for predicting sucrose content in sugarcane using machine-learning techniques
  • Application of antimicrobial agents at minimum inhibitory concentration values for optimal control of microbial isolates from Louisiana sugarcane factories
  • Application of antimicrobial agents at minimum inhibitory concentration values for optimal control of microbial isolates from Louisiana sugarcane factories
  • Application of near-infrared spectroscopy in the Louisiana sugarcane industry
  • Applications of machine learning to estimate economic impacts of starch and dextran on sugar manufacturing
  • Automatic handling of soft cane in the factory
  • Bagasse drying using boiler flue gas – waste heat recovery
  • Characterization of gas ashes from sugar-mill chimneys in Tucumán, Argentina
  • Coffee husk as an alternative biofuel for bagasse-fired boilers
  • DataCane by Cenicaña: optimization of efficiency and maintenance in sugarcane mills through Industry 4.0
  • Developments in wastewater treatment and reuse in the sugar industry: drivers, challenges and implications
  • Direct and indirect effects of climate change on sugar quality and storage stability: the case of the Brazilian 2024/25 season
  • Direct cane analysis: a comparison of the hydraulic press and wet disintegration methods
  • Efficient sugar production with simultaneous diversion of process intermediates for ethanol production
  • Enhancing efficiency in the sugar industry: the role of mechanical vapor recompression (MVR) technology in optimizing energy consumption
  • Evaluation of autofiltration equipment for polarimetric analysis
  • Evaluation of fibrous sorghum for as an alternative fuel in bagasse boilers in Tucumán, Argentina
  • Extreme drying of bagasse in a drying mill: new concepts for the future of milling
  • ICUMSA® Laboratory Solution Colour versus real-time colour measurement for process control
  • Improvements in the heating and evaporator stations in a mill in Tucumán, Argentina
  • Industry 4.0-based strategies to reduce the deviation of undetermined losses in sugar and ethanol factories
  • Innovative technology based on mechanical vapour recompression for energy-efficient sugarcane processing
  • Integration of tribological analysis and machine-learning models to increase the useful life of hammers in sugarcane shredders
  • Microbial control from concurrent application of enzymes and antimicrobial agents on sugarcane processing bacteria and exopolysaccharides
  • New insights on the identification of oligo/polysaccharides causing elongation of raw-sugar crystals
  • Novel methodology to quantify extraneous matter in shredded sugarcane using near-infrared spectroscopy
  • Optimization of a direct method for quality evaluation in sugarcane and by-products in Tucumán, Argentina
  • Optimized application of dextranase at low doses and retention times to hydrolyse dextran in sugarcane juice
  • Process improvements at a plantation white sugar plant
  • Profiles of massecuite conductivity and dry substance for controlling A and B massecuite production
  • Reliable and accurate valve selection for pre-lime and milk of lime
  • Revamping cooling water treatment to enhance system integrity at Providencia’s Distillery
  • The insoluble form of starch contributes to lower sugar exhaustion from molasses during the manufacture of raw sugar
  • The road to Sugar Factory 4.0
  • Unleash the power of digital tools: process development and scale-up for chromatography units assisted by Perform 4.0
  • Updates to the design of high-pressure traveling-grate boilers to fire challenging biomass and vinasse
  • Valuation of the impact of the use of green-cane harvesting on the back end of bagasse boilers
  • White sugar production without the use of decolorizing agents
  • Factory Engineering Papers
    • A modern energy efficient sugar complex on 26% steam consumption – concept to commissioning
    • An improved electric drive for sugarcane preparation machines
    • An innovative way for steam economy and capacity expansion by integrating an MVR in an evaporation scheme
    • Automatic handling of soft cane in the factory
    • Bagasse drying using boiler flue gas – waste heat recovery
    • Enhancing efficiency in the sugar industry: the role of mechanical vapor recompression (MVR) technology in optimizing energy consumption
    • Extreme drying of bagasse in a drying mill: new concepts for the future of milling
    • Innovative technology based on mechanical vapour recompression for energy-efficient sugarcane processing
    • Integration of tribological analysis and machine-learning models to increase the useful life of hammers in sugarcane shredders
    • Reliable and accurate valve selection for pre-lime and milk of lime
    • Updates to the design of high-pressure traveling-grate boilers to fire challenging biomass and vinasse
    • Valuation of the impact of the use of green-cane harvesting on the back end of bagasse boilers
  • Factory Engineering Posters
    • Application of near-infrared spectroscopy in the Louisiana sugarcane industry
    • Characterization of gas ashes from sugar-mill chimneys in Tucumán, Argentina
    • Evaluation of fibrous sorghum for as an alternative fuel in bagasse boilers in Tucumán, Argentina
    • Improvements in the heating and evaporator stations in a mill in Tucumán, Argentina
    • Revamping cooling water treatment to enhance system integrity at Providencia’s Distillery
  • Factory Processing Papers
    • A machine-learning approach for estimating mineral trash in sugarcane processing through turbidity measurements
    • A model for estimating color increase in refined sugar during storage
    • A remote monitoring and advisory system
    • Analytics model for predicting sucrose content in sugarcane using machine-learning techniques
    • Application of antimicrobial agents at minimum inhibitory concentration values for optimal control of microbial isolates from Louisiana sugarcane factories
    • Application of antimicrobial agents at minimum inhibitory concentration values for optimal control of microbial isolates from Louisiana sugarcane factories
    • Applications of machine learning to estimate economic impacts of starch and dextran on sugar manufacturing
    • DataCane by Cenicaña: optimization of efficiency and maintenance in sugarcane mills through Industry 4.0
    • Developments in wastewater treatment and reuse in the sugar industry: drivers, challenges and implications
    • Direct cane analysis: a comparison of the hydraulic press and wet disintegration methods
    • Efficient sugar production with simultaneous diversion of process intermediates for ethanol production
    • Evaluation of autofiltration equipment for polarimetric analysis
    • ICUMSA® Laboratory Solution Colour versus real-time colour measurement for process control
    • Industry 4.0-based strategies to reduce the deviation of undetermined losses in sugar and ethanol factories
    • Microbial control from concurrent application of enzymes and antimicrobial agents on sugarcane processing bacteria and exopolysaccharides
    • Process improvements at a plantation white sugar plant
    • Profiles of massecuite conductivity and dry substance for controlling A and B massecuite production
    • The insoluble form of starch contributes to lower sugar exhaustion from molasses during the manufacture of raw sugar
    • Unleash the power of digital tools: process development and scale-up for chromatography units assisted by Perform 4.0
  • Factory Processing Posters
    • Coffee husk as an alternative biofuel for bagasse-fired boilers
    • Direct and indirect effects of climate change on sugar quality and storage stability: the case of the Brazilian 2024/25 season
    • New insights on the identification of oligo/polysaccharides causing elongation of raw-sugar crystals
    • Novel methodology to quantify extraneous matter in shredded sugarcane using near-infrared spectroscopy
    • Optimization of a direct method for quality evaluation in sugarcane and by-products in Tucumán, Argentina
    • Optimized application of dextranase at low doses and retention times to hydrolyse dextran in sugarcane juice
    • The road to Sugar Factory 4.0
    • White sugar production without the use of decolorizing agents

Management Commission

38
  • 75 years of the sugarcane sector in Pakistan: milestones, challenges, and transformative prospects
  • A reliable journey towards operational excellence in the sugarcane industry: Ingenio Trinidad’s case
  • Agroportunity: a tool for field decision-making and its impact on sugarcane production at Riopaila Agricola and Castilla Agricola S.A.
  • Bird conservation and its impact on sugarcane sustainability in the Cauca River Valley, Colombia
  • Carbon footprint of sugarcane farming in Colombia: enhancing crop sustainability
  • Collaborative innovation in the sugar-energy sector
  • Development of climate-based innovation solutions for a resilient and sustainable sugarcane industry
  • Digital channels to identify those interested in adoption of technology
  • Disaster struck: a case study of structure, communication, and data collection from South African sugarcane growers
  • Evaluation of the efficiency and costs of implementing a sugarcane harvest transportation and logistics system in a sugar mill in eastern Bolivia
  • Greenhouse gas emissions from agricultural practices in sugarcane: a bioenergy approach in Tucumán, Argentina
  • Grower economic data the key to lobbying for grower financial sustainability in times of industry uncertainty and high input costs
  • Implementation of a whistleblowing policy in Triveni Engineering and Industries Limited for good corporate governance
  • Importance of learning and development in the improvement of productivity and employee engagement in Triveni Engineering and Industries Limited
  • Inside or outside: when is open innovation relevant to accelerate and scale processes and products?
  • Predicting illegal burnings for effective risk management in the Guatemalan sugarcane agroindustry
  • Strategies for the development of sugarcane ecotourism in Veracruz, Mexico
  • Sustainability studies in small-scale sugarcane growers in Tucumán, Argentina: the GIRSAR Program
  • The value of Communities of Practice within the sugarcane value chain – a case study of SUSFARMS® in South Africa
  • Management Papers
    • 75 years of the sugarcane sector in Pakistan: milestones, challenges, and transformative prospects
    • A reliable journey towards operational excellence in the sugarcane industry: Ingenio Trinidad’s case
    • Agroportunity: a tool for field decision-making and its impact on sugarcane production at Riopaila Agricola and Castilla Agricola S.A.
    • Bird conservation and its impact on sugarcane sustainability in the Cauca River Valley, Colombia
    • Carbon footprint of sugarcane farming in Colombia: enhancing crop sustainability
    • Development of climate-based innovation solutions for a resilient and sustainable sugarcane industry
    • Grower economic data the key to lobbying for grower financial sustainability in times of industry uncertainty and high input costs
    • Implementation of a whistleblowing policy in Triveni Engineering and Industries Limited for good corporate governance
    • Importance of learning and development in the improvement of productivity and employee engagement in Triveni Engineering and Industries Limited
    • Strategies for the development of sugarcane ecotourism in Veracruz, Mexico
    • Sustainability studies in small-scale sugarcane growers in Tucumán, Argentina: the GIRSAR Program
    • The value of Communities of Practice within the sugarcane value chain – a case study of SUSFARMS® in South Africa
  • Management Posters
    • Collaborative innovation in the sugar-energy sector
    • Digital channels to identify those interested in adoption of technology
    • Disaster struck: a case study of structure, communication, and data collection from South African sugarcane growers
    • Evaluation of the efficiency and costs of implementing a sugarcane harvest transportation and logistics system in a sugar mill in eastern Bolivia
    • Greenhouse gas emissions from agricultural practices in sugarcane: a bioenergy approach in Tucumán, Argentina
    • Inside or outside: when is open innovation relevant to accelerate and scale processes and products?
    • Predicting illegal burnings for effective risk management in the Guatemalan sugarcane agroindustry

Plenary

9
  • Bonsucro’s ClimateCane Tracker, a new tool for setting science-based climate targets in sugarcane production
  • Climate change and adaptation in the sugar agroindustry: 17 case studies of best practices from Latin America
  • Genetically modified sugarcane – history and status
  • Genomics and crop improvement: focus on gene editing and its regulation
  • Genomics in sugarcane breeding: from complexity to opportunity
  • Growing sugarcane in Corsica: a promising response to climate change in a Mediterranean environment
  • Intelligent control strategies in agro-industrial systems: real-time optimization at Iracema Mill
  • The Brazilian sugarcane ethanol contribution to the global climate-change mitigation effort
  • The Era of AI Agents: the path taken and the course at play

Workshops

6
  • Breeding, biotechnology and germplasm utilization for developing climate-smart and resource-use efficient sugarcane varieties: report on the ISSCT 13th Germplasm & Breeding and 10th Molecular Biology Workshop
  • Dealing with sugarcane pests and diseases in the context of regenerative agriculture: report on the 2024 ISSCT Entomology Workshop
  • Dealing with sugarcane pests and diseases in the context of regenerative agriculture: report on the XIII ISSCT pathology workshop
  • Innovations in the sugarcane industry – enhancing sustainability, quality and efficiency: report on the 2024 ISSCT Factory Commission workshop
  • The full valorization of co-products for a sustainable future: report on the 2024 ISSCT Co-products Commission workshop
  • Towards BCG (Bio-Circular-Green) economy: smart farm to drive economic recovery and sustainable sugarcane industries: report on the 2024 ISSCT Agriculture Commission workshop
View Categories
  • Home
  • Commissions
  • Factory Commission
  • White sugar production without the use of decolorizing agents

White sugar production without the use of decolorizing agents

Comunicaciones Tecnicaña
Updated on junio 19, 2025

Estimated Reading Time: < 1 Estimated Reading Time

Margarita Amaya

Ingenio Risaralda S.A. (Sugar Mill), Km 2 vía La Virginia – Balboa, Risaralda, Colombia

Sugar color is a key quality parameter affecting market acceptance and profitability. Conventional decolorizing agents add costs to sugar production, driving the need for alternative methods. This study evaluated anionic-cationic flocculant mixtures in juice clarification to enhance color reduction without decolorizing agents. Factory trials were conducted to determine the optimal flocculant ratio, followed by a 3-month implementation period. The best-performing mixture consisted of 85% anionic and 15% cationic flocculant. The optimized process reduced white sugar color by 16%, eliminated the need for decolorizing agents, and decreased flocculant consumption by 36%. Additionally, clarification improvements enhanced mud consistency, sedimentation, and juice quality. These findings demonstrate that anionic-cationic flocculant mixtures effectively reduce sugar color while lowering production costs, offering a cost-efficient alternative for the industry.

Updated on junio 19, 2025
Comparte este artículo:
  • Facebook
  • X
  • LinkedIn
  • Pinterest
Was it helpful ?
  • Happy
  • Normal
  • Sad


Web: https://www.tecnicana.org
Email: auxinscripciones@tecnicana.org
Address: Calle 38N # 3CN-75 
Cali - Valle del Cauca | Colombia
Contact:
+57 3169376522 |
For Support

Conference News

Frequently Asked Questions
marzo 13, 2025
ISSCT 2025: World Sugarcane Congress in Colombia
marzo 7, 2025
We extended the first early payment date! World Sugarcane Congress.
febrero 20, 2025
ISSCT - International Society of Sugarcane Technologists
  • Home
  • ISSCT Congress
    • About the ISSCT
    • Colombian sugar cane agroindustry
    • About Colombia
    • About Tecnicaña
    • About the Venue
  • Academic Program
    • 🚨Key Information for authors
    • Commissions
    • Pre-congress
    • Congress
    • Post Congress
    • Accompanying persons program
  • Sponsorship & Exhibition
    • Trade Exhibition
  • Travel & Accommodation
    • Travel
    • Connections and Visas
  • Pressroom
    • Newsletters
    • Blog
    • Gallery
    • Social Media
  • Contact Us
    • FAQS
    • Customer Support