• Price trajectories in 2026                                           
• Export availability, utilisation rates and project pipeline depth
• Phosphate fertilizers
• Upstream cost curves
• Potash (MOP) outlook
• Specialty phosphates

Industry Keynote Panel

• EPA, CBAM, Tariffs, and Sanctions: Impact on Global Production and Trade
• Capacity Planning and Projects Finance
• Frontline of Food Security: Crop Production Trends and Market Outlook
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• LFP Demand is Booming, and with it, the Demand for Specialty Phosphates
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• The BESS Bullwhip: Energy storage as a catalyst for LFP growth
• The formalisation of the LFP supply chain outside China
• The prospects for phosphate suppliers to capture this opportunity

Discover revolutionary phosphate technology transforming low-grade ores and industrial waste into high-purity phosphoric acid and feed-grade DCP, delivering sustainable solutions through proven multi-phase development with concrete performance data.

Explore global potash deposits, mining technologies, and processing methods. Learn about underground and solution mining, brine extraction, and key factors influencing deposit viability and project development cycles.

Learn how reconditioned Petcoke Vertical Roller Mills achieved high-efficiency phosphate rock grinding with optimized energy consumption, reduced operating costs, and superior product quality through proven reconditioning and relocation technology.

Explore advanced sludge management solutions to optimise phosphate ore processing. Wet phosphate processing generates substantial sludge requiring extensive land storage. Traditional dam systems consume significant water and land resources while losing valuable minerals like phosphorus and iron. Centrifugal decanter technology offers a transformative solution, achieving solid rates exceeding 62% while minimising filtrate solids. This innovative flocculant optimisation reduces costs while maximising efficiency, enabling sustainable phosphate enrichment and mineral recovery for modern operations.

Discover how modern high-frequency screening technologies revolutionise potash processing, achieving >95% classification efficiency while reducing power consumption, reagent usage, and costs. Saskatchewan case studies demonstrate enhanced recovery and sustainability.

Learn how sustainable materials for phosphate and potash operations deliver superior wear resistance and corrosion protection while reducing energy consumption, extending equipment lifetime, and offering full recyclability for enhanced operational efficiency.

Gain an insight in PT Petrokimia Gresik successful transitioning to utilise lower-grade phosphate rock, achieving 52% production increase and 42% sludge reduction through innovative screening, filtration modifications, and operational improvements.

Discover how Eriez CavTube™ column flotation recovers ultrafine phosphate and potash tailings, increasing plant recovery by 15%, reducing waste volumes, and improving water efficiency for sustainable fertilizer production. Case studies presented.

• What is shaping sulphur pricing volatility?
• Where are the new demand centres emerging?
• How are global trade routes and supply chains adapting?
• What are the strategic implications for producers and buyers?

• Improvements to production process
• Margin capture from better on-farm efficiency
• Environmental impact and incentives of PUE

Discover how advanced CFD simulation optimises phosphoric acid reactor design by analysing fluid dynamics, mixing patterns, and feed locations to enhance process yield, prevent fouling, and reduce waste generation.

Explore Syensqo's novel reagent for arsenic removal from phosphoric acid, delivering superior selectivity, enhanced safety, and environmental benefits while reliably meeting stringent purity specifications through optimized laboratory development.

Discover HAVER NIAGARA's integrated phosphate and potash solutions: advanced screening, pelletising, and automation technologies delivering up to 50% throughput increases, reduced downtime, and enhanced sustainability across the fertilizer value chain.

Explore Ballestra's innovative Wet-Route SOP production process: a sustainable, room-temperature alternative to Mannheim technology, eliminating HCl emissions, reducing energy consumption, and producing high-purity potassium sulphate with liquid fertilizer co-product.

Discover the revolutionary ATMOS process: cutting phosphoric acid steam consumption by 40% through innovative heat integration and vapor recycling. Validated pilot results demonstrate dramatic energy savings and reduced operational costs.

Explore essential processing technologies for potassium chloride production from diverse sources—underground mining, solution mining, and natural brines—supporting 80 million tonnes annual capacity for global food security.

• Market in LATAM
• Supply-demand, Players and Production Trends
• Phosphate Rock and LFP Batteries Supplies Production
• BIFOX Projects Update

• Conventional phosphate production - pros and cons
• Why do we need unconventional approaches: source, product, process, scale
• Case studies

Uncover De Smet Agro's innovative design solutions for Merchant Grade Phosphoric Acid storage and handling, effectively reducing solid settling, sludge formation, and mandatory cleaning requirements in tanks and transport vehicles.

Explore a novel phosphoric acid purification process using innovative reagents that eliminate operational safety and environmental issues associated with traditional sodium sulfide arsenic reduction methods.

Discover Casale's integrated fertilizer production solutions supporting global food security: advanced technologies for ammonium nitrate, complex NPK, and phosphate fertilizers, delivering enhanced sustainability, efficiency, and operational flexibility for growing market demands.

Discover how cutting-edge hydrometallurgical processes enable the competitive and sustainable production of high-purity potassium sulphate from secondary sources, including wastewater from sea salt production, food industry waste streams, and waste sodium sulphate from the battery sector.

• Macro:  an overview on supply/demand for phosphate (concentrate)
• A history of the LFP
• The LFP into the future
• High-Purity Phosphoric Acid – the P in LFP
• Processing Phosphate Concentrate into Phosphoric Acid
• Igneous: The advantage
• Arianne Phosphate:  an answer

Gain insights into Sulzer's exclusive OptimEXT™ technology combining Kühni™ agitated columns and melt crystallization for food and electronic-grade phosphoric acid production. Proven global success with 29+ ions controlled to ppb levels.

Lithium ferro-phosphates, purified phosphoric acid, tMAP, and China’s battery capabilities

As the demand for electric vehicles and static battery storage continues to skyrocket, LFPs will play an increasingly important part in the green transition. This new use case for phosphates is rapidly developing – but will it fundamentally alter phosphate markets, or will fertilizers continue to dominate the industry?

Overview of the key parameters affecting the longevity of reserves of phosphorus resources will be provided, along with perspectives on how their life span could be extended.

•  Increasing the overall use efficiency along the entire phosphate value chain, which remains remarkably low today
  
• Discoveries of new deposits
  
• Technological and process innovations in mining, beneficiation, and agricultural applications
  
• The growing contribution of circular economy approaches.

Discover how ArrMaz's CustoFloat® and CustAmine® collectors enable flotation-driven beneficiation of diverse phosphate ores, rejecting gangue impurities to produce marketable concentrates—presentation includes flowsheet examples.

Discover how the novel alkylpolyglucoside surfactant Mod APG (Cola®Float 1500) enhances fatty-acid flotation versus Alkyl Sulfate, improving apatite grade/recovery; chelation value and CMC proved critical.

Explore how reliability engineering and digital tools improve uptime, safety, and asset life in phosphate and potash operations. Case studies cover conveyors to acid tanks, showing how predictive strategies and lifecycle planning drive cost savings and ESG gains.

Explore RhizoSorb® enhanced-efficiency phosphate fertilizers: delivering 50% reduced application rates, 78% less runoff, 45% lower CO2 emissions, and 20% increased production throughput—transforming sustainability and performance in global phosphate markets.

Explore how phosphate-based co-recovery of REEs from WPA streams converts waste (phosphogypsum, sludges) into supply, offering low-capex integration, strategic diversification, circular-economy benefits and scalable technoeconomic pathways.

Discover EasyMining's Ash2Phos technology: recovering 90% phosphorus from sewage sludge ash to produce EU-approved RevoCaP fertilizer. Industrial-scale plants launching 2027 in Germany, advancing Europe's circular phosphorus independence.

• Quantifying potash (K) fertilizers as a lever for yield and improving sustainable intensification                   
• Fertilizer applications vs. nutrient removals at harvest                                                                                     
• Soil test trends and yield gaps                                                   
• What is KUE and opportunities for improving uptake 

• Potassium Chloride demand growth remains the strongest of the primary nutrients
• Despite this, prices remain reasonably subdued relative Nitrogen and Phosphate to despite ample supply particularly from Russia and Belarus
• Industry is about to face a new wave of capacity primarily in Canada and Russia
• In addition, renewed Chinese interest in overseas could add further supply on top of already large additions
• On the other hand, Specialty potash’s price premium over MOP is expected to remain elevated

Discover how the CrystalCleaner, combining Hydraulic Wash Column (HWC) with countercurrent washing, achieved >99% wash efficiency using 1wt% wash liquid, producing high-purity Phosphogypsum (PG), reducing wash liquid and energy use.

Prayon showcases technologies transforming phosphogypsum into construction-grade material by controlling radioactivity, heavy metals, residual P2O5 and fluorine, meeting regulatory standards and enabling sustainable circular-economy valorization and broad industrial application pathways.

Case study of the Granulation #1 Reactor Replacement Project at Don Plant: outdoor inverted-coke-bottle reactor eliminated safety risks, improved reaction efficiency, reliability, vibration control, maintenance access, and API 653/PSM compliance.

Learn how high-fidelity SysCAD mass-energy model simulates phosphate granulation with constituent-speciated chemistry, automated equipment sizing (granulators, dryers, coolers, screens), validated against plant historian data, tracking impurities to support design, optimization, and long term investment decisions.

Transforming phosphogypsum from waste to resource: a metallothermic ignition process releases sulfur, produces pozzolanic slag as a low-carbon SCM, eliminates CO2 emissions, and shows promising technical, economic, and industrial scalability potential.

JESA Technologies (JT) unveils a next-generation granulation plant: optimised process, reduced overall building height and volume, simplified and accelerated construction timelines, modular construction, low fuel consumption for drying, and maximised plant capacity

Discover JESA's innovative approach based on Artificial Intelligence (AI) to estimate impact significance by combining its fundamental components: sensitivity (derived from the value of the receptor and the anticipated impact), intensity, duration, and extent. The approach demonstrates the relevance of AI in strengthening the robustness and transparency of impact assessments and paves the way for better standardisation and reliability of future practices in Morocco.

Explore how ANDRITZ Metris addIQ ACE integrates Model Predictive Control (MPC) with a hybrid digital twin to optimise phosphoric acid plant (PAP) reactor-filter coordination, continuously estimating residual sulfate and solids, improving stability, yield, and throughput.

Ferchem Fertilizers installed three Armatec Environmental gas scrubbers achieving >99.99% fluoride removal (5 mgF/Nm³), zero effluent discharge, 100% FSA recycling, silica-resistant design, maximised uptime, and safe maintenance—setting Egypt's SSP environmental compliance benchmark.

Discover how sulphuric acid's exothermic energy—captured without direct CO2 emissions—powers phosphate complexes through optimized integration: power generation, process heating, desalination. Explore reliability, OPEX reduction, flexibility trade-offs, and water consumption impacts via case studies.

Gain insights into how phosphate producers can diversify REE supply by integrating recovery from WPA streams (phosphogypsum, sludges, raffinate). Learn deportment behavior, technoeconomic frameworks, and low-capex strategies to capture circular-economy value at scale.

Discover how Spraying Systems Co. combines Machine Learning (ML) droplet size prediction with Virtual Overlap Analysis (VOA) to optimize scrubber nozzle selection, spray coverage, and pollutant capture efficiency—reducing water/reagent use and ensuring environmental compliance in phosphate plants.

In many applications, Sulphuric Acid is a limiting component for phosphate fertilizer production. Consequently, debottlenecking and an increase of acid production is a necessary goal to achieve higher productivity. 

P&P presents a game-changing catalytic system that increases acid production by over 100% in retrofitted converters. This innovation offers higher conversion, lower SO2 emissions, and reduced pressure drop, which lowers OPEX. Join the presentation and learn how this is a game-changer for the Sulphuric acid and fertilizer industries.