Algal B100 Biodiesel
Pure B100 biodiesel produced from microalgae lipid extraction and transesterification. Meets HTS 3826.00.1000 as vegetable/microbial-derived mono-alkyl esters with no petroleum content per chapter note. Emerging high-yield renewable fuel source.
Import Duty Rates by Country of Origin
Alternative Classifications
This product could be classified differently depending on its characteristics or intended use.
If blended algal diesel products
Petroleum mixtures regardless of exotic feedstock use blend subheadings.
If crude algal extracts
Unprocessed vegetable extracts classify in Chapter 13 before fuel conversion.
If
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Import Tips & Compliance
• Provide algal strain and growth media documentation for novel feedstock validation
• High omega content requires specialized oxidation stability testing
• Distinguish from GMO concerns; specify production method to avoid biotech classification
Related Products under HTS 3826.00.10.00
Soybean-Based B100 Biodiesel
Pure biodiesel (B100) derived from soybean oil through transesterification, consisting of mono-alkyl esters of fatty acids with no petroleum content. Classified under HTS 3826.00.1000 as biodiesel not containing petroleum oils, meeting the chapter definition for fuel use from vegetable oils. Used primarily as a renewable diesel fuel alternative.
Rapeseed Methyl Ester B100 Biodiesel
B100 biodiesel produced from rapeseed oil (canola), a mono-alkyl ester specifically methyl esters for combustion fuel. Falls under HTS 3826.00.1000 as pure biodiesel without any petroleum or bituminous oil content per chapter note definition. Commonly used in Europe as renewable transport fuel.
Camelina Oil B100 Biodiesel
Premium B100 biodiesel from camelina sativa seed oil, known for high omega-3 content and cold flow properties. HTS 3826.00.1000 covers this pure vegetable-derived mono-alkyl ester fuel without bituminous materials. Used in aviation and harsh climate applications.
Jatropha B100 Biodiesel
B100 biodiesel from non-edible jatropha curcas seed oil, mono-alkyl esters developed for marginal land cultivation. Classifies in HTS 3826.00.1000 as pure biodiesel without petroleum additives. Promoted for developing world biofuel production.
Palm Oil B100 Biodiesel
Pure B100 biodiesel from palm stearin or palm oil via methanolysis, mono-alkyl esters for diesel engine use. HTS 3826.00.1000 applies as it contains no petroleum oils, strictly vegetable-derived per legal definition. Popular in tropical production regions for export.
Used Cooking Oil B100 Biodiesel
B100 biodiesel recycled from waste vegetable oils (UCO), processed into mono-alkyl esters suitable as fuel. Classifies in HTS 3826.00.1000 as biodiesel from vegetable sources with zero petroleum, aligning with circular economy fuel production. High demand for low-carbon fuel credits.