Material Insights · Understanding the Material World

Sugar: Relationships

Every element and industry that Sugar is linked to, and how. Each pair has its own card explaining the relationships between the two.

  • Biomass: Every 100 tonnes of cane crushed for sugar leaves about 30 tonnes of wet bagasse, which mills burn for their own steam and power and export the surplus, so sugar output sets one of the largest biomass fuel supplies in India and Brazil. (researched)
  • Bioethanol: Sugar and ethanol are made from the same cane, so mills in Brazil and India choose how much sucrose to turn into each. In India the choice is regulated: diverting about 3.5 Mt of sugar a year into ethanol supports E20 but is cut back when sugar supply looks tight. (researched)
  • Biogas and biomethane: Every tonne of cane crushed for sugar leaves 3 to 4% of its weight as press mud, a wet residue that digests well into biogas, so India's sugar belt is a natural base for compressed biogas plants under SATAT. The tie runs through a by-product, not through sugar prices, and its weak points are seasonal supply and a rising press mud price. (researched)
  • Crude oil: Brazil's cane mills choose each season how much cane to turn into sugar or ethanol, and ethanol competes with petrol, so oil and petrol prices pull cane away from sugar; in India the government sets ethanol prices, which weakens that market link. (researched)
  • Food and beverage processing: Institutional buyers, mainly food and drink makers, took about 60 to 65% of India's sugar in 2023 to 2024, so their input cost is set by a sugar market the government manages through a minimum selling price, export quotas and cane prices, while higher GST on sugared drinks since 2025 pushes the other way. (researched)
  • Maize: Maize competes with sugar twice: as high-fructose syrup in US food and drinks, a use now in long decline, and as an ethanol feedstock that is taking share from cane in Brazil and India. (researched)
  • Antibiotic intermediates (6-APA, 7-ACA): Sugar is a raw material for antibiotic intermediates (6-APA, 7-ACA); their prices have moved together.
  • Bio-based polyethylene and MEG: Sugar is a raw material for bio-based polyethylene and MEG; their prices have moved together.
  • Amino acids (lysine, methionine): Sugar is a raw material for amino acids (lysine, methionine).
  • Bagasse and black-liquor cogeneration: Bagasse and black-liquor cogeneration needs sugar.
  • Biomass and biofuel stores: Their prices have moved together.
  • Citric acid: Sugar is a raw material for citric acid.
  • Cocoa: Their prices have moved together.
  • Coffee: Their prices have moved together.
  • Furfural and furanics (FDCA): Sugar is a raw material for furfural and furanics (FDCA).
  • Hospitality and tourism: Hospitality and tourism depends on sugar.
  • Industrial enzymes: Sugar is a raw material for industrial enzymes.
  • Lactic acid and PLA: Sugar is a raw material for lactic acid and PLA.
  • Oranges & juice: Their prices have moved together.
  • PHA bioplastics: Sugar is a raw material for PHA bioplastics.
  • Pharmaceuticals: Pharmaceuticals depends on sugar.
  • Starch and cellulose derivatives: Their prices have moved together.
  • Tea: Their prices have moved together.
  • Wholesale and retail trade: Wholesale and retail trade depends on sugar.