Emission factor from MRPI EPD, product-specific

Hydrogenated Castor Oil (HCO)

Europe · Cradle to grave, embodied · Reference year 2024

Each kilogram of this product counts as 11.3 kg CO₂e over the modules its EPD declares: 9.41 to make it (A1–A3) and 1.89 at end of life.

Value per kilogram, over the modules the EPD declares

11.3kgCO₂e/kg

EN 15804 modules A1 to A3 · Fossil only · GWP100 · AR5

Derived by open-climate.ai: the sum of MRPI's published parts

The one scenario this EPD declaresReference year 2024

Region
Europe
Boundary
Cradle to grave, embodied
Data quality
HighRated by us, not by the source
Licence
Open · MRPI terms
Declared by
Castor International

Where 11.3 comes from

Derived by open-climate.ai

Σ 11.3: the two declared modules add up to the total.

Reporting this kilogram under the GHG Protocol

This period

Scope 3, category 1 9.41

You buy the product for a building that is not yours. The product and its installation go to category 1, the delivery to category 4. The use stage belongs to the building owner; demolition waste you handle is category 5.

Later, when it happens

At end of life, in the year of demolition

  • End of life Scope 3, category 5 1.89

A4, A5, B1 to B7 and C1 to C4 are not declared: nothing to report.

CiteAPI

The factor, standardised

Every factor on open-climate.ai answers the same questions in the same words, whatever the publisher. Open any ⓘ for the definition.

Materials › Chemicals · Europe · per kg · Supplier-specific

Cradle to grave, embodied · Fossil only · AR5

Boundary
Cradle to grave, embodied
Raw materials, inbound transport, fuel supply, fuel combustion, manufacturing, packaging, purchased energy, installation, outbound transport and end of life
GWP method
IPCC AR5, 100-year horizon
Not on the record; set from MRPI's method notes · impact method EF 3.0
CO₂e basis
Fossil only
Split by carbon origin, not by gas
Life cycle
Upstream: coveredProduction: coveredDownstream: partly coveredEnd of life: covered

High quality · Open licence · Any year

Module by module, up to the total

Seventeen EN 15804 modules, always in the same order. Each declared one moves the running total.

kgCO₂e per kilogram. Each bar starts where the one before ended. Pick a module to read it.
Product
Con­struc­tion
A4 to A5not de­clared
Use
B1 to B7not de­clared
End of life
C1not de­clared
C3not de­clared
Beyond the boundary
Dnot de­clared

What this number covers

Follow one kilogram of this product through EN 15804's stages. The total counts what the EPD declares; what it leaves out stays visible.

  1. A1-A3Product

    Materials and making the product

    Included9.41
  2. A4-A5Construction

    Delivery and installation

    Not declared
  3. B1-B7Use

    The product in service: maintenance, repair, replacement and the energy and water it uses

    Not declared
  4. C1-C4End of life

    From demolition to disposal; C1, C3 not declared

    C2, C41.89
  5. DBeyond the boundary

    Recovery after end of life

    Not declared

Outside this boundary

  • Maintenance
  • Retail
  • Use phase
  • Recycling credit

Maintenance is out because B2 is not declared.

Gases

  • Fossil CO₂e11.3
  • Biogenic CO₂e−0.911
  • Land-use CO₂e1.3

The total counts fossil CO₂e. MRPI reports biogenic and land-use CO₂e separately; they are shown beside it, not added.

From MRPI's record to a comparable factor

MRPI publishes this EPD as one declared value. Each field as printed, and what open-climate.ai made of it.

The total and its modules

Use a module on its own when you report it in a different year or scope; never add one to the total.

You are here · the EPD total11.3
The two modules add up to the total. Each opens its own page.

About this factor

From MRPI

What it is

Hydrogenated Castor Oil is a hydrogenated vegetable oil derived from castor oil. It is used in the chemical industry, as lubricant, and in personal care products.Scope and type: Cradle-to-gate with options. The study was done as a cradle-to-gate, but contains biogenic carbon. According to EN 15804 (section 5.2) an end-of-life has to be taken into account for products that contain biogenic carbon. Therefore, module C and D are also modelled. The product is produced in India and applied in Europe, end-of-life location unknown. The background database is Ecoinvent 3.6. SimaPro software is used. This is a specific EPD from a specific factory dataset.Representativeness: The data in this EPD is representative for Hydrogenated Castor Oil (HCO) produced by Castor International in a single production plant in India, sold on the European market from Deurne, The Netherlands.Calculation rules: In this study, the data flows have been modelled as realisticly as possible within the practical feasibility of the LCA practitioner. The data quality is based on the principle that the primary data used for processes, occurring at the production site, must be of higher quality than background data of other processes. The processes used in the production of Hydrogenated Castor Oil are geographically representative, meaning that the production location of Hydrogenated Castor Oil lies within the region for which the relevant Ecoinvent environmental records have been selected. All environmental impacts and economic flows – from sources such as resources, energy, emissions and waste – were quantified and qualified in environmental effects. The rerelease of biogenic carbon dioxide in C has been modelled to compensate for any stored carbon. All known inputs and outputs - like emissions, energy and materials – have been considered in this LCA. And in accordance with EN15804+A2, the total neglected input flows per module do not exceed 5% of energy usage or mass. The capital goods used (reactor vats, bulk transport containers, factory buildings) have been cut-off, as their contribution to the overall impact per kg is assumed insignificant, considering the amount of kg produced during the lifetime of the factory or the amount of kg transported by a single bulk container. The reference year for the data is 2022.Scenarios and additional technical information Within A1-A3, Castor oil is fully hydrogenated. It is also transported to the factory gate in Deurne, NL. Beyond, it can be used as input for the chemical industry. It can also be used as lubricant or in the personal care product industry. Assumption is made that 34% of the oil is used as secondary fuel in a blast furnace and 66% of oil is incinerated without energy recovery at end of life. MSDS available upon request.Declaration of SVHC: None of the substances contained in the product are listed in the “Candidate List of Substances of Very High Concern for authorisation”, or they do not exceed the threshold with the European Chemicals Agency.More information: https://www.castor-international.nl/en/product/hydrogenated-castor-oil-hco

What it includes

Hydrogenated castor oil is a waxy compound obtained by the hydrogenation of refined castor oil. It is a hard product with a high melting point. It is almost odourless and tasteless. HCO is supplied in flakes and powder. Hydrogenated castor oil is cream to white coloured. It is transported from India to the Netherlands by boat in bulk as flakes. The hydrogenated oil is not an end product and has a wide array of uses. The reference service life depends on the application of the product.

Source and licence

Value
Summed by open-climate.ai from its parts
Publisher
MRPI (Stichting MRPI)
Published
2 October 2026
Valid until
31 December 2029
See the source data at MRPI

The values and their metadata are served in full and may be reused with credit to the publisher.

Credit it with this lineMRPI (Stichting MRPI), EPD data from https://data.mrpi.nl
A plain reading of the licence, not legal advice. The licence text prevails.

Cite this factor

MRPI (Stichting MRPI), EPD data from https://data.mrpi.nl. Normalised by open-climate.ai, https://open-climate.ai/factors/libraries/mrpi/ (CC BY 4.0). https://open-climate.ai/factors/ef-mrpi-hydrogenated_castor_oil-europe-kg-cradle_to_grave_embodied-e886596e/?v=efv1-ea28df9aaa08bdaefa3810635bb8a78d

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