Sugarcane Polyolefins Adding value through the use of I m greentm polyethylene. Fullplast Julio, 2013

Similar documents
Sugarcane Polyolefins Adding value through the use of I m green Polyethylene. May 2014

Green PE Business. Augusto Morita Open Innovation

Green Polyethylene. Antonio Morschbacker Manager Green Polymers Fulbright Commission August 2009

Braskem Green Plastics The HR Challenge Case Study

Braskem Green Plastics The Marketing Challenge Case Study

Produtos químicos renováveis sob a visão da química verde. Roberto Werneck, Outubro 2017

Braskem: New ways to look at the world

I M GREEN TM POLYETHYLENE INNOVATION AND DIFFERENTIATION FOR YOUR PRODUCT

I m green tm Polyethylene Innovation and differentiation for your product

I m Green PE Life Cycle Assessment

I M GREEN TM POLYETHYLENE INNOVATION AND DIFFERENTIATION FOR YOUR PRODUCT

I M GREEN TM POLYETHYLENE INNOVATION AND DIFFERENTIATION FOR YOUR PRODUCT

I m green PE Life Cycle Assessment

Latin America Petrochemical Summit 2017

Product Sustainability

RENEWABLE RAW MATERIAL

Sustainable Plastic Packaging: Renew and Recycle

Featuring 100 % renewable cartons

Head of Technical Rubber Products LANXESS

Bioplastics Challenges and Facts

nuplas BRINGING PLA TO MARKET

Environmental Technical Brief: HDPE

Life Cycle Environmental Assessment of Engineering Plastics compounds :

SUCCESS FOR BIOPLASTICS IN THE MARKET KOEN BASTIAENS, NATUREWORKS BUSINESS LEADER FILMS, NA WESTERN PLASTICS ASSOCIATION JUNE 23, 2016

LCA Informing Packaging Design a case study of COMPASS

PLA bioplastics for a brighter future. Biobased Compostable Innovative

Life Cycle Management of Bioplastics for a Sustainable Future in Thailand: Sa-med Island Model

Driving Sustainable Innovations

Compostability Standards & Testing

CORBION: DEVELOPING A BIOBASED PORTFOLIO

NexantThinking TM. Low Density Polyethylene (LDPE) Process Evaluation/Research Planning. PERP December 2013

Bioeconomy Forum Finland 2012

José Goldemberg University of São Paulo São Paulo, Brazil. Julho 27, 2009

Economy > Energy > Feedstocks & Polymer Markets

Bio-based Polymers From Renewable Resources. From Biopolymers to Bioplastics Compounding is The Key

We didn't plan to talk about it, but since you asked...

Latest applications and the future of bioplastic in Southeast Asia

Livia Tizzo, Process Control and Automation Engineer, Braskem. Case Study

Flexible Packaging Association. Flexible Packaging Association State of the Industry

Sustainable innovation. A platform for future growth in Asia. Wim Roels, CEO Borouge Pte Ltd 3 September 2014 IHS Asia Chemical Conference, Singapore

100% Biobased PET: A Sustainable Approach to Fiber, Film, and Bottles.

Global Product Strategy (GPS) Safety Summary. Polyethylene

Petrochemical Overview & Opportunities for PIB in the lubricants.

Figure 1. Braskem s 200k ton/year green ethylene plant at the Triunfo Petrochemical Complex, Brazil.

Thai plastic converters and the ways to develop new applications for bioplastics

In packaging, even simple can be complex. We re here to make the complex simple again. Sustainability Through Design

STONE PAPER COMPANY. Presentation

Workshop Biorefineries 2010 Recent Advances and New Challenges. Biorefineries: Factors for technology selection

Performance & Sustainability

Bio-based polymers in the Circular Economy

Bioplastics. Peter Sommer-Larsen, Danish Technological Institute, Plastics Technology,

Synthetic Petroleum-Based Polymers

Ms. Kannika Jarusuraisin

We didn't plan to talk about it, but since you asked...

AMBITION 2030 ENVIRONMENTAL SUSTAINABILITY GOALS

TNO sustainability assessment methodology references for the chemical sector

POLYOLEFINS COMMITTEE

Data Sheet. materials that follow the cycle of life on Earth: beginning and ending as nutrient-rich soil. Our products are made from a variety of

Tetra Pak Environment

Environmental product design of Wood-Plastic Composites

Let s progress together

Let s progress together

We didn't plan to talk about it, but since you asked...

Bio Ethylene Business Case Evaluation of an investment in a 500 kta Ethanol to Ethylene plant to be built along side the ARG Ethylene Pipe Line

Business philosophy 42 Ultrapar Annual Report 2007

2/15/2016 PAPERFOAM: REDUCING YOUR CARBON FOOTPRINT FOR PACKAGING

Positive Plastics Pledge. Our four-point plan for a future with less waste

Sustainable Packaging

Contents. Crude. Naphtha. Feedstock. Aromatic Prices. Middle East Prices. Global Prices for - PP, PE, PVC, PET, PS, ABS.

[ ] We are benchmark in beauty, sustainability and nature conservation in Brazil and Worldwide

Greening the Blue Oval: Building the Bio-based Automobile

82 SPECIAL ISSUE NOV 2007/FEB 2009 PESQUISA FAPESP

THE NEXLENE TM ADVANCED TECHNOLOGY PLATFORM

ENTEC POLYMERS 1900 Summit Tower Blvd., Suite 900 Orlando, FL P: EntecPolymers.com

Polypropylene. Products and Properties North America

Supertough 32ST05S01 Innovative Technology Polyethylene Blown Film Grade

ECO-INDUSTRIAL PARK. Group 4. Chibesa Pensulo, Johhny Musumbu. Amir Hafiz, Zhou Qinsheng, Derya Eryilmaz, Hanna Öberg, Yamashita Shihomi

Turkish Polyethylene (PE) Industry Follow Up Report 2017 PREFACE

Bio-Polymers & New Materials: Polymers from Renewable Resources. April 2008

Public Policies for Science, Technology and Innovation in Brazil

The Brazilian Biofuels Experience. Flavio Castelar Executive Director APLA Brasil. GBEP Bioenergy Week Mozambique

Mirel - PHA The Story Continues 18 September 2012 Stan Haftka

A Holistic View of the Role of Flexible Packaging in a Sustainable World

Tetra Pak. Evaluation of the environmental performances and its impact on the value chain. ef/gmc

Global Ethylene Vinyl Acetate(EVA) Market Study ( )

The Latin American Plastics Industry Market Composition & Capital Spending Survey. Presented by: TECNOLOGÍA DEL PLÁSTICO

Are Polymers Toxic? Case Study: Environmental Impact of a Biopolymer

An update on polyethylene furanoate: Projects and aims PET Value Chain: Transitioning from Linear to Circular Amsterdam, March 13 th 2018 Francesco

Impact of Environmental and

From nature, for our future

Design for environment applied to rice production

A Comparison of Clamshell Food Packaging Made from Ingeo and r-pet. Life Cycle Analysis performed by the IFEU Institute in Heidelberg, Germany

BASF Biodegradables. Bioplastics 101. North America Business Manager - Bioplastics

Overview of operations

Barrier Coating Options. English

CONSULTING SOLUTIONS: PARTNER SEARCH

Sustainable Packaging: Keys to Source Reduction and Successful Recovery

Industry initiatives to reduce food waste

Sustainable Packaging Innovation: Delivering Sustainable Solutions Across the Value Chain

Turning Carbon Footprint Certification into Competitive Advantage UK case studies

Transcription:

Sugarcane Polyolefins Adding value through the use of I m greentm polyethylene Fullplast Julio, 2013

Agenda Braskem & Brazil: Unique framework for green chemicals development Sugarcane based Polyolefins: Innovation based on sustainable pillars Green PE success cases : comunication and value creation of the I m green TM polyethylene

Braskem: Largest thermoplastic resins producer in Americas and global leader in biopolymers Production Capacity - 36 industrial units PE 3 MM mt; PP 4 MM mt; PVC 0,7 MM mt Bahia - Brazil 1 cracker 4 PE 1 PP Rio de Janeiro - Brazil 1 cracker 1 PE 1 PP United States 5 PP Neal La Porte Marcus Hook Freeport Seadrift Projects Industrial Presence 1 PVC 1 Chlorine Soda Alagoas - Brazil 2 PVC 1 Chlorine Soda São Paulo - Brazil 2 cracker 2 PE 2 PP Rio Grande do Sul - Brazil 1 cracker 1 Green Ethylene 5 PE 2 PP Germany 2 PP Wesseling Schkopau Mexico Start up 2015 1 cracker (1 Mt/y ethylene) 3 PE (1 Mt/y PE) Source: Braskem

Braskem s positioning on Sustainability Public commitment (2002) Eco-efficiency indicators Braskem Brazil Effluent Generation (m³/t) -32% 1,94 2002 1,32 Resídue Generation (kg/t) -61% 5,78 2002 2,28 2012 Energy Consumption (GJ/t) -11% 11,90 2002 10,59 2012 Water Consumption* (m 3 /t) +2% 4,14 2002 4,23 2012 2011 * Major ongoing projects / goals of reducing the indicator below the index for 2002: use of rainwater in the Northeastern Complex (+ 12% in the rate of water reuse); sewage treatment for use as cooling water equipment in the ABC site Vision 2020 Sustainability pillars Manifesto on climate change (2009) Sustainable operations and resources Sustainable portfolio of products Social responsibility SOURCE: Braskem https://ssl-w08dnn0177.websiteseguro.com/braskem1/portal/principal/arquivos/download/upload/compromisso_publico_ingles_74.pdf http://www.braskem.com.br/portal/principal/arquivos/html/documentos/manifesto_braskem_english.pdf

Brazil: Favorable aspects for the development of Green Economy The largest watershed in the world

Agenda Braskem & Brazil: Unique framework for green chemicals development Sugarcane based Polyolefins: Innovation based on sustainable pillars Green PE success cases : comunication and value creation of the I m green TM polyethylene

There are different types of biopolymers and Braskem defined its focus Braskem focus on biopolymers Bio-based or fossil Raw material Bio-based New chemical Similarity to existing products Drop-in, no switching cost for clients Non-recyclable Recyclability Fully recyclable Emits CO 2 CO 2 footprint Captures CO 2

I m green TM polyethylene : A renewable sourced alternative to traditional polyethylene Renewable Polyethylene Green Polyethyle plant profile Capacity: 200 kty Investiment (Green Ethylene Plant): US$ 290 MM - Between 2009 and 2010 Start-up: september/2010 Location: Triunfo Petrochemical Complex, RS Sinergy with existing assets: The polymerization process is made on plants shared with Petrochemical PE production Portfolio: LLDPE and HDPE; investiments to enable LDPE in 2013 Main Markets: operating in differents segments of markets in Brazil, USA, Europe and Asia

I m green TM Polyethylene Cycle from cradle to cradle Sugarcane The sugarcane crop metabolizes the CO 2 to produce sucrose Ethanol CH3-CH2OH At the distillery, the sugar juice is fermented and distillated to produce ethanol Ethylene CH2=CH2 Through the dehydration, the ethanol is transformed in ethylene Very Favorable Ecoprofile* Recycling The I m green TM polyethylene is recyclable in the same chain established for fossil PE (Mechanical / Incineration) Carbon capture The I m green TM polyethylene is transformed in final products by the same processes and machinery that already exists for fossil PE Green PE [CH2=CH2] n The ethylene is polymerized in shared polyethylene production unities

I m green TM polyethylene has the chemical and physical properties than petrochemical polyethylene Oil Fully identical technical and recyclable properties Sugarcane Drop-in: does not require investment for plastic transformers Can be recycled in the same stream already established for the petrochemical PE Recycled products can also be incorporated in the converter s production systems Petrochemical Polyethylene I m green TM polyethylene

Land use: from sugarcane to I m green TM produces produce produce produce polyethylene 1 Hectare of land ~77 tons of Sugarcane (1) ~6700 liters of Ethanol (1) ~3 tons of Green Ethylene (2) ~3 tons of I m green TM Polyethylene (2) Braskem s capacity of I m green TM polyethylene production: 200 kton/year 460 millions liters of Ethanol = approx. 68 thousand hectares <2,0% of Brazilian ethanol production ~0,02% of Brazilian arable land (1) NIPE/UNICAMP/UNICA (2) Braskem s project data

Brazil is the largest producer of sugarcane and there are still land available for the expansion of local agriculture Brazil is already the largest producer of sugarcane with one of the highest yields in the world. Country Brazil 671 India Production Million ton 1 285 Productivity ton/ha 79 64 There is still a good availability of land in Brazil, USA and Russia, unlike India and China China 116 Thailand 67 Pakistan 50 Mexico 49 Colombia 39 68 72 49 70 101 Australia 31 80 1 2010 data SOURCE: FAOSTAT; Crystalsev; Sindpeças; Global Insight; Bear Stearns; McKinsey analysis

I m green TM polyethylene : a sustainability journey Phase 0 Eco-efficiency analyses conducted by Fundação Espaço ECO based on secondary data Phase 1 Phase 2 Jul/07 Sep/10 Apr/11 > x% biobased verified by ASTM D6866 > x% biobased certified by Vinçotte Phase 3 1. LCA cradle to gate According to ISO 14040/44 Critical panel review Primary data 2. Water footprint 3. Land-use change assessment LCA In progress Specific LCA LUC WFP

Responsible Sourcing - Commitment with sugarcane production chain Braskem s Code of Conduct for Ethanol Suppliers - Good practices governing the relationship between the parties and the production process Land Use Environmental zoning Agro Environment Agro-environmental Protocol Commitment to Brazilian Laws Code of Conduct to Ethanol Suppliers Social

Responsible Sourcing: Operation pillars of Braskem s Code of Conduct for Ethanol Suppliers Biodiversity Availability of data for the LCA Code of Conduct Pillars Cane burning Human and Labor Rights Good Environme ntal Practices The Code of Conduct is fully aligned with the Brazilian laws and regulations and with the principles of sustainable development In order to guarantee an international alignment with government and NGOs, Braskem requested a 3rd party validation Ethanol suppliers are also audited by a third party;

I m green TM polyethylene presents a favorable Carbon Footprint Carbon Footprint Project data From cradle to Braskem s factory gate (t CO 2 eq. / t polymer) 3,4 PS Gen. Purpose 1 2,1 2,0 Petrochemical PE 1 Petrochemical PP 1 Green PP 2 Green PE 2-2,3-2,5 Δ vs Petro = 4,3 Δ vs Petro = 4,6 200 kty of green PE ~ 920 thousand tons of CO 2 avoided/ year ~ emissions produced by 1 million cars per year 3 1 Plastics Europe 2 Preliminary Ecoeficiency Analysis - Espaço ECO Foundation 3 Based on the CO2 emissions of a car powered by a 1.0-liter gasoline engine that is driven 15 km per day for one year. Source: 2006 IPCC Guidelines for National Greenhouse

I m green TM polyethylene current portfolio: HDPE and LLDPE HDPE Blow Molding HDPE Injection HDPE Film HDPE Fiber Extrusion LLDPE Film LLDPE Wire & Cable Co-monomers butene and hexene are still fossil based

Wide portfolio of I m green TM polyethylene with the new low density family launch HDPE Slurry Bimodal Gas Phase Monomodal Homo & Copo LLDPE Gas Phase Butene & Hexene LDPE Autoclave Tubular Synergies between families also allow achieving higher renewable content in processed products

Agenda Braskem & Brazil: Unique framework for green chemicals development Sugarcane based Polyolefins: Innovation based on sustainable pillars Green PE success cases : comunication and value creation of the I m green TM polyethylene

I m green TM brand and seal Value proposition The brand I'm green TM identifies Braskem's portfolio of products made from renewable sources, p. ex., " I'm green TM polyethylene"; The seal can be applied in products that uses the I m green TM polyethylene; To communicate clearly and safely the use of I m green polyethylene TM ; Educate the consumer for conscious consumption by identifiyng the products that use I m green TM polyethylene; To create a synergic platform among the products that use the I m green TM polyethylene

Printed Media I m greentm polyethylene positioning

Retail Brazil point of sale - I m green TM polyethylene positioning

Retail Brazil point of sale - I m green TM polyethylene positioning

Retail International point of sale - I m green TM polyethylene positioning

Printed Media I m green TM polyethylene positioning

Awards won in 2012 for the products that use I m green TM polyethylene Grandes Cases de Embalagem - 2012 MAJOR CASES OF PACKAGING Awarded to J&J due to the new Sundown packages, that use both I m green TM polyethylene (60%) and PCR PE (40%) Guia Exame de Sustentabilidade - 2012 EXAME SUSTAINABILITY GUIDE Awarded to K&C due to the new packaging of Neve, that uses 60% of I m green TM polyethylene in its formulation. It also uses more compact rolls, allowing the transport of more products in the same truck Les Oscars de l emballage - 2012 PACKAGING OSCARS Awarded to L Occitane due to the use of I m green TM polyethylene in its Bonne Mère line bottles. The packaging is also recognized for providing the user more easily trough the use o pump.

Other examples of brands and seals used to identify the I m green TM polyethylene in the product EUA EUA BRASIL EUROPA

I m green TM polyethylene Europe Ecover LIQUID DETERGENT Amsterdam ArenA STADIUM SEATS L Occitane LIQUID SOAP Plastic Omnium TRASH CAN & BIN BAGS Sphere GARBAGGE BAGS Tetra Pak LIDS FOR CARTONS Papier -Mettler SHOPPING BAGS McCain FROZEN POTATOES

I m green TM polyethylene North America Procter & Gamble PANTENE NATURE FUSION Danone STONYFIELD Coca Cola ODWALLA

I m green TM polyethylene South America Kimberly Clark NEVE Tigre ECOLOGICAL GRID FOR DRAIN Danone DANONINHO & ACTIVIA MSA V-GARD HELMET Prysmian AFUMEX GREEN Natura CONDITIONERS AND REFILLS Adimax MAGNUS ECO Faber Castell PENCIL CASE

I m green TM polyethylene South America Ecomotion ROTOMOLDED KAYAKS BASF AGROCHEMICAL CONTAINERS Adimax MAGNUS ECO J&J SUNDOWN

I m green TM polyethylene Asia and Oceania Yuhan Kimberly DIAPERS PACKAGING Ajinomoto LIDS Calpis DRINK PACKAGING Kao STAND-UP POUCH Shiseido COSMETICS Morinaga INTERN STRAW

I m green TM polyethylene Asia and Oceania Aeon BASKETS AND BAGS Nepia PACKAGING FOR TISSUES Mitsubishi AUTOMOTIVE CARPETS Nature Organics CLEANING PRODUCTS BubblePack BUBBLE PLASTIC

Sugarcane Polyolefins Adding value through the use of I m greentm polyethylene July, 2013 claudia.cappra@braskem.com Phone: 55 11 98689-4431