Value per kilogram, over the modules the EPD declares
1.18kgCO₂e/kg
EN 15804 modules A1 to A3 · Fossil only · GWP100 · AR5
The one scenario this EPD declaresReference year 2020
- Region
- Europe
- Boundary
- Cradle to gate
- Data quality
- HighRated by us, not by the source
- Licence
- Open · MRPI terms
- Declared by
- Cargill B.V.
Where 1.18 comes from
- Scope 3, cat. 10.99484.2%
- Scope 3, cat. 10.17715%
- A3 ManufacturingThis part is not on open-climate.ai, so there is no page to open.Scope 3, cat. 1Not published here
Σ 1.17: the parts published here make up part of MRPI's total, 1.18.
Reporting this kilogram under the GHG Protocol
Scope 3, category 1 1.17
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.
The part not published here cannot be given a scope.
A4, A5, B1 to B7 and C1 to C4 are not declared: nothing to report.
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 gate · Fossil only · AR5
- BoundaryCradle to gateExtraction of raw materials through production, up to the producer's factory gate. Learn more
- Cradle to gate
- Raw materials, inbound transport, fuel supply, fuel combustion, manufacturing, packaging and purchased energy
- GWP methodWhich IPCC assessment report's warming potentials convert each gas to CO₂e, and over how many years the warming is counted (GWP100: 100 years). Learn more
- IPCC AR5, 100-year horizon
- Not on the record; set from MRPI's method notes · impact method EF 3.0
- CO₂e basisWhich carbon the CO₂e counts. Fossil only leaves out biogenic CO₂ and land use; net total counts every pool, net of removals. The same activity on two bases is two different numbers. Learn more
- Fossil only
- Split by carbon origin, not by gas
- Life cycle
- Upstream: coveredProduction: coveredDownstream: not coveredEnd of life: not 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.
| Module | Name | Per kilogram | Running total | Status |
|---|---|---|---|---|
| A1 | Raw material supply | 0.994 | 0.994 | Declared |
| A2 | Transport to the plant | 0.177 | 1.171 | Declared |
| A3 | Manufacturing | no value | 1.171 | Named, no value published |
| A4 | Transport to site | not declared | 1.171 | Not declared |
| A5 | Installation | not declared | 1.171 | Not declared |
| B1 | Use | not declared | 1.171 | Not declared |
| B2 | Maintenance | not declared | 1.171 | Not declared |
| B3 | Repair | not declared | 1.171 | Not declared |
| B4 | Replacement | not declared | 1.171 | Not declared |
| B5 | Refurbishment | not declared | 1.171 | Not declared |
| B6 | Energy in use | not declared | 1.171 | Not declared |
| B7 | Water in use | not declared | 1.171 | Not declared |
| C1 | Demolition | not declared | 1.171 | Not declared |
| C2 | Waste transport | not declared | 1.171 | Not declared |
| C3 | Waste processing | not declared | 1.171 | Not declared |
| C4 | Disposal | not declared | 1.171 | Not declared |
| Total | EPD total, declared modules | 1.18 | Sum of the declared modules | |
| D | Beyond the system boundary | not declared | not added | Not 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.
A1-A3Product
Materials and making the product
IncludedA4-A5Construction
Delivery and installation
Not declaredB1-B7Use
The product in service: maintenance, repair, replacement and the energy and water it uses
Not declaredC1-C4End of life
From demolition to disposal
Not declaredDBeyond the boundary
Recovery after end of life
Not declared
Outside this boundary
- Installation
- Maintenance
- Outbound transport
- Retail
- Use phase
- End of life
- Recycling credit
Maintenance is out because B2 is not declared.
Gases
- Fossil CO₂e1.18
- Biogenic CO₂e−2.88
- Land-use CO₂e0.0273
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 per kg, with one value per module. 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.
About this factor
From MRPI
What it is
AnovaŽ 1005 is a modifier for the asphalt industry. Scope and type: Ecochain is used as LCA software. Ecoinvent v3.6 and Nationale Milieudatabase 3.3 are used for this analysis. The study covers phases A1-A3 from materials used to the production. PRODUCT STAGE CONSTRUCTION USE STAGE END OF LIFE BENEFITS AND PROCESS STAGE LOADS BEYOND THE STAGE SYSTEM BOUNDARIES X X X ND ND ND ND ND ND ND ND ND ND ND ND ND ND X = Modules Assessed ND = Not Declared Figure: LCA process diagram according to EN 158047.2.1 Representativeness: The data in this EPD is representative for AnovaŽ 1005 produced by Cargill B.V. at their production facility in Dronten, The Netherlands. Calculation rules: Data quality: In this study the data flows have been modelled as realistic 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 AnovaŽ 1005 are geographically representative, meaning that the production location of AnovaŽ 1005 lies within the region for which the relevant Ecoinvent environmental records have been selected. All environmental impacts and economic flows Œ from sources such as resources, energy, emissions and waste Œ were quantified and qualified in environmental effects. There is no presumption that relevant inputs or outputs have been omitted. Methodology and reproducibility: The process descriptions and quantities in this study are entirely quantitatively reproducible in accordance to the reference standards that have been used. The references of all sources, both primary and public sources and literature, have been documented in the LCA report. Scenarios and additional technical information The AnovaŽ products are manufactured through a combination of vegetable oil formulation and chemical modification to modify the chemical compatibilities and functionality for enhanced solubility and performance in bituminous products. Declaration of SVHC: None of the substances contained in the product are listed in the fiCandidate List of Substances of Very High Concern for authorisationfl, or they do not exceed the threshold with the European Chemicals Agency. More information: https://www.cargill.com/bioindustrial/anova-asphaltWhat it includes
The AnovaŽ 1005 rheology modifier is typically used to modify the bitumen grade and rheology of bitumen such as penetration or Performance Grade. It can be used in paving grade bitumen, polymer-modified bitumen PMB, and both anionic and cationic asphalt emulsions COMPONENT > 1% [kg / %] Confidential Confidential * > 1% of total massSource and licence
- Publisher
- MRPI (Stichting MRPI)
- Library
- MRPI MRPI_2026-10-02
- Record
- bbfd48af-0d35-4e35-bb79-a59feccb710a
- Published
- 2 October 2026
- Valid until
- 31 December 2027
- Status
- Specific dataset
The values and their metadata are served in full and may be reused with credit to the publisher.
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-anovaz_1005_modifier-europe-kg-cradle_to_gate-e83df42f/?v=efv1-26c77e92cf2aee8e177b16d99a1a0e73
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