paper industry units. The latest study carried out in UPM s Augsburg mill

Similar documents
CO2 Performance ladder CO2 Inventory 2014

Understanding and Estimating Greenhouse Gas Emissions

UPM THE BIOFORE COMPANY

ANNUAL GENERAL MEETING Jussi Pesonen President and CEO

SCC Greenhouse Gas Assessment

ENVIRONMENTAL PERFORMANCE IN 2011 UPM Madison

Welcome! Safety first.

UPM REPOSITIONING FOR THE FUTURE

European Commission (DG ENV)

FY2018 Greenhouse Gas Inventory Report

Carbon footprint report 2017

Subline unter einzeiliger Headline

GLOBAL SUSTAINABILITY REPORT 2016

Future Energy Systems and Lifestyle

Life Cycle Assessment of biodiesel using jatropha as feedstock

WESTERN POWER DISTRIBUTION (SOUTH WEST) plc. Business Carbon Footprint. 01/04/2011 to 31/03/2012. Commentary and Methodology

NGC Emissions Calculator Methodology (United Kingdom)

SCHEDULE OF INDUSTRIAL EMISSIONS AND IPC LICENSING FEES Fees set out in EPA (Licensing Fees) Regulations 1994, as amended

BP TARGET NEUTRAL ONLINE TRAVEL CALCULATORS: METHOD FOR CALCULATING TRANSPORT EMISSIONS

Purpose of Presentation

Environmental Product Declaration

NDCEE. Renewable Doesn t Mean Carbon Neutral: Emerging Greenhouse Gas Inventory Challenge. E2S2 Conference Denver, Colorado May 6, 2009

Environmental evaluation of valorization options for used cooking oil

Annual Sustainability Report

WOOD-BASED BIOREFINERIES PAVE THE WAY TO SUCCESFUL BIOECONOMY. Marko Janhunen UPM Biorefining, Gothenburg,

Future Fuels for Flight and Freight Competition (F4C)

EU Renewable Energy Legislation and Greenhouse Gas Methodology RSPO RT10, Ilmari Lastikka, Neste Oil

UPM-Kymmene Corporation Interim Report January September Jussi Pesonen President and CEO October 31, 2006

2016 Greenhouse Gas Inventory

2017 GLOBAL SUSTAINABILITY REPORT METRICS

Energy and Greenhouse Gas Implications of Biodiesel Production from Jatropha curcas L. Mr. Kritana Prueksakorn Asst. Prof. Dr. Shabbir H.

CRITICAL ANALYSIS OF THE GHG CALCULATION METHODOLOGY OF THE EUROPEAN RENEWABLE ENERGY DIRECTIVE FOR THE CASE OF PALM OIL IN INDONESIA

1 Faculty advisor: Roland Geyer

Aaren Healy, 20 September 2017 / 1

Environmental Analysis of Waste to Fuel Projects Well to Wheel.. Page: 1

PGE Sustainability Report Key Metrics FISCAL YEAR 2017

LCA of a palm oil system producing both biodiesel and cooking oil: a Cameroon case

Presentation Outline

R-48 Seating chair Product

CITY ORGINAL Product ENVIRONMENTAL PRODUCT DECLARATION. Fora Form AS. In accordance with ISO Issue date Valid to

Bioenergy: a problem or a solution

Carbon Intensity Records under the Renewable and Low Carbon Fuel Requirements Regulation

KEY METRICS FINANCIAL

2018 GHG Emissions Report

The Value of Travel-Time: Estimates of the Hourly Value of Time for Vehicles in Oregon 2007

UPM Biofuels gains ISCC PLUS certification for bio-based applications

Sustainable Urban Transport Index (SUTI)

LEAD GLASS RECYCLING PLANT ITALY

REGIONAL GREENHOUSE GAS INVENTORY: TRANSPORTATION AND STATIONARY ENERGY

Life cycle assessment of bioenergy

Austrian Energy Agency

Methodological tool Baseline emissions for modal shift measures in urban passenger transport

UPM FINANCIAL STATEMENTS RELEASE Jussi Pesonen President and CEO 31 January 2018

Coda Office Chair Product

Coda Chair Product. ENVIRONMENTAL PRODUCT DECLARATION In accordance with ISO Nordic Comfort Products AS

R-80 Table Product. ENVIRONMENTAL PRODUCT DECLARATION In accordance with ISO Nordic Comfort Products AS

GHGENIUS LCA Model for Transportation Fuels

Logic Edge table 160 x 80 cm with manually adjustable t-legs Product

Climate Impact Report

NDCEE National Defense Center for Energy and Environment

WOOD-BASED BIOREFINERIES PAVE THE WAY TO SUCCESSFUL BIOECONOMY. Sari Mannonen, Vice president, UPM Biofuels FAO, AFCSI meeting, Rome 5.4.

Environmental Product Declaration

IMPROVED NEWSPRINT FOR HIGH-VALUE PRODUCTS. Ian Hamilton, Area Sales Director, South East Asia, UPM Asia Pacific PTE LTD

Deutsche Post DHL Group Corporate Responsibility Report 2016

Jyrki Ovaska, President Magazine Papers Division UPM-Kymmene Corporation

Environmental Product Declaration

ENVIRONMENTAL performance in 2012

LCA of a palm oil system producing both biodiesel and cooking oil: a Cameroon case

2015 Carbon footprint JTP. Date of issue: 14 th March 2016

Model Differences and Variability CRC E-102. Don O Connor 2013 CRC Life Cycle Analysis of Transportation Fuels Workshop October 16, 2013

BP Target Neutral Online travel calculators: Method for calculating transport emissions

Environmental Report BMW 530iA

EUROPEAN COMMISSION DIRECTORATE-GENERAL FOR ENERGY

Use of odometer readings in defining road traffic volumes and emissions

The Batteries Regulations What You Should Know

INDUSTRY'S PERSPECTIVE ON THE COMPLIANCE WITH THE LOW SULPHUR REQUIREMENTS. Pulp and paper industries' views and assessment

NGC Emissions Calculator Methodology (United Kingdom)

UPM-Kymmene Corporation Interim Report January-June Jussi Pesonen, President and CEO July 28, 2005

ENVIRONMENTAL performance in

Virent is replacing crude oil.

RNG Production for Vehicle Fuel. April 4, 2018

Influence of the chosen life cycle assessment approach on the results of the analysis:

New Batteries Directive Version 4 December 2009

UPM corporate presentation Balance between supply and demand

SUMMARY OF GHG EMISSION FACTORS FOR PEPSICO INTERNATIONAL OPERATIONS

UPM RESULTS Q Jussi Pesonen President and CEO 26 July 2016

ExpRessBio-Methods. Ecological and economic assessment of product systems - system boundaries and calculation methods

Multiplying Environmental Action

1.964 Design for Sustainability Fall 2006 Homework #3

UPM. The Biofore Company UPM

Feedstock. Guide page 41. Home. Feedstock for the complete set of guidance please visit 1.

Environmental Product Declaration

Quantification of GHGs Emissions from Industrial Sector in Mauritius

A LIFE CYCLE ASSESSMENT OF A DIESEL GENERATOR SET

9M 2003 Financial Results (US GAAP)

H.R. Renewable Energy and Energy Conservation Tax Act of 2008

ENVIRONMENTAL PRODUCT DECLARATION in accordance with ISO 14025, ISO and EN 15804

UPM Rauma. Environmental and Societal Responsibility 2017

Measuring the Smartness of the Electricity Grid

Title of the Presentation

Transcription:

UPM Greenhouse Gas Inventory 2.2.2018 Descriptive information Company response Company name Consolidation approach Description of the businesses and included in the company s organisational boundary UPM-Kymmene OYJ Financial control UPM reports Scope 1 and Scope 2 emissions from all production sites for the entire group. UPM does not report GHG emissions from mobile combustion and from facilities other than production sites and power plants. UPM reports Scope 2 in both market-based and location based approaches. Scope 3 emissions are reported for the whole of UPM. Relevant Scope 3 emissions categories (greater than or equal to 500,000 tonnes CO2-e) that are part of UPM s scope 3 emissions inventory are: Reporting period 01/2017 12/2017 1. Purchased goods and services 3. Fuel- and energy-related activities not included in scope 1 or scope 2 4. Upstream transportation and distribution 9. Downstream transportation and distribution 10. Processing of sold products List of scope 3 activities included in the report List of scope 3 activities excluded from the report with justification for their exclusion 1. Purchased goods and services 3. Fuel- and energy-related activities not included in scope 1 or scope 2 4. Upstream transportation and distribution 5. Waste generated in 6. Business travel 9. Downstream transportation and distribution 10. Processing of sold products 12. End-of-life treatement of sold products 2. Capital goods: Not considered as a relevant category in terms of emissions. According to several LCA studies performed for the paper industry, infrastructure represents less than 1% of CO2 emissions for paper industry units. The latest study carried out in UPM s Augsburg mill in spring 2012 showed 0.4% of total emissions for machines and buildings. Overall, UPM emissions related to infrastructure (capital goods, leased assets, etc.) can be estimated to be less than 100,000 tonnes. 7. Employee commuting: Not a relevant category and lack of data. According to several LCA studies performed for the paper industry, employee commuting represents less than 1% of CO2 emissions for paper industry units. The latest study carried out in UPM s Augsburg mill in spring 2012 showed 0.03% of total emissions for employee

commuting. If all of the approximately 19,000 employees of UPM commuted 30 kilometres per working day using a car with emissions of 180gCO2/km, that would total less than 30,000 t CO2 emissions. 8. Upstream leased assets: Not considered as a relevant category in terms of emissions. According to several LCA studies carried out for the paper industry, infrastructure represents less than 1% of CO2 emissions for paper industry units. The latest study performed in UPM s Augsburg mill in spring 2012 showed 0.4% of total emissions for machines and buildings. Overall, UPM emissions related to infrastructure (capital goods, leased assets, etc.) are estimated to be less than 100,000 tonnes. 11. Use of sold products: Not a relevant category. Our products do not generate emissions at the use stage. 13. Downstream leased assets: Not considered as a relevant category in terms of emissions. According to several LCA studies performed for the paper industry, infrastructure represents less than 1% of CO2 emissions for paper industry organisations. The latest study carried out in UPM s Augsburg mill in spring 2012 showed 0.4% of total emissions for machines and buildings. Overall, UPM emissions related to infrastructure (capital goods, leased assets, etc.) are estimated to be less than 100,000 tonnes. 14. Franchises: Not applicable, UPM has no franchise activities. Base year emissions 15. Investments: Not applicable. No investments with emissions not included in Scopes 1 and 2 No base year established. Scopes and categories Scope 1: Direct emissions from owned/controlled Scope 2: Indirect emissions from the use of purchased electricity, steam, heating and cooling Metric tonnes CO2eq 3,430,000 Market based: 2,940,000 Location based: 2,760,000 without sales of Guarantees of Origin (GoO) from own generated electricity the market based emissions in 2017 would have been 2,420,000 Scope 3 emissions 7,430,000 Purchased goods and services 2,310,000 Fuel- and energy-related 990,000 activities (not included in scope 1 or scope 2) Upstream transportation and 1,990,000 distribution Waste generated in 45,000

Business travel 10,000 Downstream transportation 660,000 and distribution Processing of sold products 1,400,000 End-of-life treatment of sold 25,000 products Scope 1 biogenic CO2 12,000,000 Biomass based energy is originating from sustainably managed forests and therefore considered at least neutral. Source: IPCC Description of scope 3 methodologies and data used Category Description of the types and sources of data used and methodologies, allocation methods and assumptions used to calculate emissions. 1. Purchased goods and Primary data: quantities and monetary purchasing volumes from UPM services Sourcing, supplier data. Secondary data: Emissions factors for each material included in the inventory according to CEPI guidance main database sources for CEPI guidance are GaBi and Ecoinvent. Material categories included in the inventory are: wood, recovered paper, purchased pulp, main chemicals (8 covered), pigments and fillers. These material categories cover the majority of the direct materials sourcing expenditure. The total emissions value for wood, recovered paper, main chemicals, pigments and fillers is calculated based on actual amounts used and multiplied using CO2-eq factors for each material. The factors used do not cover the transportation of these goods from supplier to UPM, but these emissions are reported in Category 4. Emissions for purchased pulp are calculated based on supplier data for direct emissions and raw material usage. Transportation of purchased pulp is excluded from this category and reported in Category 4. 15% 3. Fuel- and energy-related activities (not included in scope 1 or scope 2) Primary data: quantities of fuels used in production units from UPM Environmental reporting database (SoFi) and UPM Energy. Secondary data: factors for fossil fuels according to CEPI guidance from Ecoinvent. DEFRA scope 3 factors for purchased electricity in SoFi This category includes emissions from extraction, production and transport of fossil fuels used at production sites. The figure is calculated from consumption by fuel types multiplied using CO2-eq factors from Ecoinvent. Emissions related to producing biogenic fuels are not included in this category as they are already included in the figures under other scope 3 categories: for example, energy wood is included in in Category 1 under wood.

In 2015, this category was expanded to include also the indirect emissions from purchased electricity by using the DEFRA factors provided in SoFI. This addition increased the emissions for this category by about 600,000 tonnes. 4. Upstream transportation and distribution Primary data: quantities of raw materials, distances between sources, production units, ports of loading and ports of delivery. Secondary data: emission factors per transport mode from Lipasto database: http://lipasto.vtt.fi/. Includes transport for the same raw materials that are reported in Category 1 and also product deliveries from UPM mills and storage facilities to customers. Calculation is based on calculated tonne kilometers, and the Lipasto database: http://lipasto.vtt.fi/ is used as a source for CO2 factors. For raw material transport, the calculation is based on actual received amounts in 2017 and distances per transport mode. Updates for transport distances vary between raw material categories and businesses. For product transport both the tonnes per transportation mode and distances represent actual figures for 2017. 5. Waste generated in Primary data: quantities of different waste fractions from UPM Environmental database (SoFi) for pulp and paper mills and reports from other businesses. Secondary data: inert shares and methane densities from the GHGprotocol tool for the pulp and paper industry. Methane emissions from own landfills are calculated and converted to CO2 eq. using the GHG-Protocol tool for the pulp and paper industry. 6. Business travel Primary data: reports from rental car supplier and travel agency. Included in the inventory, although it has minor relevance in terms of emissions. Includes emissions from business flights and use of rental cars. Train travel, ferry and use of own cars are excluded due to lack of data. 10

9. Downstream transportation and distribution Primary data: production of magazine and newsprint paper from UPM Secondary data: factors for delivery to customers from VTT s report 2560 Print produts from cradle to grave from 2010 The factor from VTT includes the distribution from the printing house to the final customer for printed magazines and printed newspaper, based on the Finnish situation. 10. Processing of sold products Primary data: production of magazine and newsprint paper from UPM Secondary data: factors for printing (total) from VTT s report 2560 Print produts from cradle to grave from 2010 The factor from VTT includes the total emissions for printing for magazines and newspapers covering direct as well as indirect emission sources. 12. End-of-life treatment of sold products Primary data: whole paper production from UPM Secondary data: factors for different end-of-life options from VTT s report 2560 Print produts from cradle to grave from 2010 Factors from VTT for recycling, incineration and landfill of printed newspaper are used for all final paper products. An assumption was made that 5% of the final printed products are landfilled, 6 recycled and 35% incinerated.