Producer

BASF SE

BASHQ DE · Ludwigshafen, Rhineland-Palatinatewebsite ↗

World's largest chemical company by revenue; dominant Western producer of food-grade sodium nitrite. BASF expanded sodium nitrite production capacity in Germany specifically to meet growing demand for high-purity pharmaceutical and food applications. Primary production at Ludwigshafen (world's largest contiguous chemical complex). Also produces sodium nitrite catalysts, sulfuric acid, and intermediates for pharmaceutical synthesis. BASF sells food-grade sodium nitrite to meat processors globally through distribution networks and third-party channels.

40

Inputs supplied

32

Goods downstream

9

Facilities

0

Stories

What they make

40 inputs BASF SE supplies

Click an input to see every good that depends on it, every country that produces it, and every other company in the supply chain.

manufactured

Polysulfone (PSU) / Polyethersulfone (PES) Resin →

25% shareSubstitutability 35%18 mo lead

chemical

Acrylic / Styrene-Acrylic Polymer Emulsion →

17% shareSubstitutability 35%12 mo lead

chemical

N-Methyl-2-Pyrrolidone (NMP) Solvent →

15% shareSubstitutability 35%6 mo lead

chemical

Sodium Laureth Sulfate (SLES) Surfactant →

15% shareSubstitutability 55%6 mo lead

chemical

Viral Inactivation Reagents (Solvent/Detergent) →

15% shareSubstitutability 45%6 mo lead

chemical

Ethylene Oxide (EO) →

12% shareSubstitutability 40%5 mo lead

chemical

DEF/AdBlue (Diesel Exhaust Fluid, 32.5% Urea Solution) →

10% shareSubstitutability 60%2 mo lead

chemical

Food-Grade Sodium Nitrite / Nitrate (Curing Agent) →

10% shareSubstitutability 20%6 mo lead

chemical

Ferric Chloride (PCB Etching / Water Treatment) →

4% shareSubstitutability 60%2 mo lead

pharmaceutical

Ibuprofen API →

3% shareSubstitutability 35%18 mo lead

chemical

Amine Desulfurization Chemicals →

Substitutability 50%4 mo lead

chemical

Butyl Acetate (pharma grade) →

Substitutability 65%4 mo lead

chemical

Cold Flow Improver Additives →

Substitutability 55%6 mo lead

chemical

Cosmetic Emulsifiers & Film-Formers →

mineral

Cosmetic Mica / Pearlescent Pigment →

Substitutability 45%9 mo lead

mineral

Cosmetic-Grade Micronized Zinc Oxide (UV) →

Substitutability 45%4 mo lead

chemical

Energy-Absorbing Foam (EPS/EPP, Car Seat) →

Substitutability 40%4 mo lead

chemical

Ethylene Oxide (EO) →

Substitutability 45%12 mo lead

chemical

Flexible Polyurethane Foam (Cushioning) →

Substitutability 50%9 mo lead

chemical

Flotation Reagents (Beneficiation) →

Substitutability 45%9 mo lead

chemical

Food Fortification Minerals (Iron/Zinc) →

manufactured

Footwear Rubber/TPU Outsole Compound →

Substitutability 55%4 mo lead

chemical

Glycol Ethers (2-Butoxyethanol / Propylene Glycol Methyl Ether) →

Substitutability 55%6 mo lead

chemical

HDPE Resin Wicker →

Substitutability 55%4 mo lead

chemical

Menthol (Natural & Synthetic L-Menthol) →

Substitutability 50%12 mo lead

mineral

Nickel-based Reforming Catalyst →

Substitutability 50%12 mo lead

chemical

Organic UV Filters (Avobenzone/Octocrylene/Homosalate) →

Substitutability 40%12 mo lead

chemical

PVC Film for IV Bags →

Substitutability 45%9 mo lead

chemical

PVC Solvent Cement & Primer →

Substitutability 55%6 mo lead

chemical

Polysulfone and PVDF polymer (membrane substrate) →

Substitutability 55%9 mo lead

chemical

Polyvinylpyrrolidone (PVP) Hydrophilicity Modifier →

Substitutability 45%12 mo lead

chemical

Propylene Glycol (PG) →

Substitutability 65%4 mo lead

chemical

Propylene Glycol Humectant (Personal Care Grade) →

Substitutability 60%4 mo lead

chemical

Rigid Polyurethane Foam Insulation →

Substitutability 45%12 mo lead

chemical

SBR Carpet Backing Latex →

Substitutability 55%4 mo lead

chemical

Sodium Nitrite (Bacon / Ham Curing) →

Substitutability 55%4 mo lead

chemical

Surfactant Emulsifiers & Adjuvants →

Substitutability 60%4 mo lead

chemical

TDI / MDI Isocyanates (Polyurethane Foam Chemicals) →

chemical

Viscoelastic Memory Foam →

Substitutability 45%6 mo lead

pharmaceutical

Vitamins A & E (Fat-Soluble, Bulk) →

Substitutability 40%12 mo lead

Where they make it

9 facilities

BASF Bishop TX Ibuprofen Plant →

US

Texas · manufacturing

BASF's primary North American ibuprofen API production; uses BHC Green Chemistry 4-step process (1992) reducing raw material waste by 60% vs. original Boots synthesis. Acquired from Hoechst Celanese 1995.

BASF Geismar — Kollidon (PVP) Plant →

US

Louisiana · manufacturing

The U.S. cGMP Kollidon production site (pharma.basf.com).

BASF Grenzach UV-Filter Plant →

DE

Baden-Württemberg · chemical_plant

BASF Care Chemicals UV-filter (Tinosorb/Uvinul) production; capacity expanded per 2019 announcement.

BASF Ludwigshafen Chemical Complex — Germany →

DE

Rhineland-Palatinate · manufacturing

World's largest contiguous chemical manufacturing complex (~10km²; 200+ production plants). BASF produces food-grade and pharmaceutical-grade sodium nitrite here, with expanded capacity specifically for high-purity applications. The Verbund concept means all BASF chemical plants share feedstocks, energy, and infrastructure on one campus — making Ludwigshafen the single most critical chemical production site in the world by product diversity.

BASF Ludwigshafen Citral Complex →

DE

Rhineland-Palatinate · chemical_plant

Citral/isophytol → vitamins A & E; 31 Oct 2017 fire triggered global vitamin A/E force majeure.

BASF Ludwigshafen L-Menthol Plant →

DE

Rhineland-Palatinate · chemical_plant

Citral-route L-menthol; announced 2011 as world-largest synthetic menthol plant.

BASF Ludwigshafen — Kollidon (PVP) Plant →

DE

Rhineland-Palatinate · manufacturing

Birthplace of PVP (BASF lab, 1929). One of three global cGMP Kollidon sites (pharma.basf.com).

BASF Shanghai — Kollidon (PVP) Plant →

CN

Shanghai · manufacturing

One of three cGMP Kollidon production sites (Asia) (pharma.basf.com).

BASF Verbund Site — Ludwigshafen →

DE

Rhineland-Palatinate · headquarters

World's largest integrated chemical complex (Verbund concept); corporate HQ; produces specialty chemicals, MDI, and specialty pharma APIs alongside commodity chemicals.

What else they do

Business segments

The company's full revenue map, where this supply-chain role fits within their broader business.

  • Chemicals (Petrochemicals + Intermediates)

    18%
  • Agricultural Solutions (BASF Crop Protection)

    20%
  • Materials (Polyurethanes + Plastics)

    20%
  • Nutrition, Care & Vitamins

    12%
  • Surface Technologies + Battery Materials

    30%

Intelligence

What's known

Sourced claims about this company's role in supply chains, chokepoints, concentration, incidents, dual-use connections.

  • Did you know2025

    BASF simultaneously produces sulfuric acid AND the vanadium pentoxide catalysts used in the Contact Process to manufacture sulfuric acid globally. Nearly every H2SO4 plant in the world uses a Contact Process catalyst — and BASF (under the brand name O4-115 and others) is one of the leading suppliers of these catalysts. BASF is therefore both a direct H2SO4 producer and an indirect enabler of almost all other H2SO4 production. Additionally, BASF is investing in semiconductor-grade ultra-pure H2SO4 production (Ludwigshafen, operational 2027) for the chip manufacturing industry — the same chemical at different purity levels serves both global agriculture (fertilizer) and global electronics (semiconductors).

    BASF SE ↗
  • Origin2023

    BASF's origins connect to the most consequential chemical innovation in human history: the Haber-Bosch process for industrial nitrogen fixation. Fritz Haber (chemist, University of Karlsruhe) demonstrated laboratory-scale ammonia synthesis from hydrogen and nitrogen in 1909. Carl Bosch (BASF engineer) scaled it to commercial production — overcoming massive engineering challenges with high-pressure reactor design, catalyst selection, and heat management. BASF opened the world's first industrial Haber-Bosch plant in Oppau in 1913. The process enabled synthetic nitrogen fertilizer at the scale needed to support modern agriculture. Without Haber-Bosch ammonia, the global food system could support approximately 4 billion fewer people than currently live — roughly half of today's 8 billion humans owe their existence to the ability to fix atmospheric nitrogen synthetically. Fritz Haber was awarded the Nobel Prize in Chemistry in 1918. BASF, founded in 1865 in Ludwigshafen as a dye company, became the commercial vehicle for the invention that transformed humanity's relationship with food production.

    BASF SE ↗