AUSTRALIAN PACKAGING COVENANT · With the most comprehensive range of bio based packaging materials, we are able to tailor a completely biodegradable packaging solution, enhancing

BioPak Pty Ltd

AUSTRALIAN PACKAGING COVENANT

2016-2018 ACTION PLAN

Updated August 2016

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THE

NATURALCHOICE

How we make it better1.SourceWherever possible, we choose raw materials that are renewable or recycled.

2. CreateWe process these materials as efficiently as possible in high speed, highly automated production facilities.

3. Recycle Our products enable the diversion of waste from landfill by being either recyclable or compostable.

MATERIALSBIOPAK

At BioPak we provide sustainable plant-based packaging solutions that seamlessly replace packaging made from non-renewable fossil-based resources. We offset all the carbon emissions associated with the production, transport and disposal of our products.

We are pioneers in delivering innovative and functional bio-based packaging solutions. Through ongoing research and development we are continually expanding and enhancing our product range.

BioPak products are manufactured using efficient high speed, automated production lines, in facilities certified to ISO environmental, quality and food safety standards.

At BioPak we offer exceptional customer service. We do whatever it takes to make sure our clients always have the packaging they need when they need it.

At BioPak we are committed to changing consumer behavior through education. Through point of sale material, we raise consumer awareness about the environmental impact of single use disposable packaging

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The natural choice 2

Executive summary 4Company profile 5

Product Range 6Environmental Initiatives 7Our APC team 8Schedule of packaging news 8Design 9Recycling 10

Action plan table 11

Material specifications 14Carbon neutral program 17 Carbon offsetting and carbon credits 18

Appendix A: Environmental sustainability policy statement 19Appendix B: Sustainable procurement policy 20Appendix C: Paper savings and use policy 21Appendix D: Waste minimisation and recycling policy 22Certifications 25

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Executive Summary

Biopak is committed to reduce the environmental impact of its operations and as such is voluntarily submitting this updated action plan.Therefore, for APC purposes, Biopak is classified as a “Packaging Manufacturer / Supplier” and a member of the packaging supply chain.

As a member of the packaging supply chain and as a signatory to the Covenant, BioPak has prepared this updated Action Plan for the period 2016-2018. In it we set out company-specific actions, targets and milestones to adopt the Sustainable Packaging Guidelines (SPG) for our product range and other commitments we have made under the Covenant.

Each action is linked to the APC’s Key Performance Indicators and ultimately Performance Goals as set out in the Covenant.

As a manufacturer / supplier of environmentally and sustainable packaging, BioPak is committed to contribute solutions that progress the principles of a circular economy. We believe in product stewardship and the principles of shared responsibility.

BioPak is committed to addressing specific actions over the coming year and the lifespan of this plan in each of the three main areas i.e. Design, Recycling and Product Stewardship. In Section 5 we layout our timeline and order of priority for the actions we aim to undertake.

The key APC Performance Goals which BioPak aims to respond to by March 2018 are:

1. Design – Implementation of the Sustainable Packaging Guidelines (SPG) applied against our main packaging types.

2. Recycling - Document baseline recycling information for office waste recycling.

3. Product Stewardship - Incorporate formal processes for working with others to improve design and recycling of packaging into the BioPak Environmental Sustainability Policy.

Mr Richard Fine, Director is the Covenant Contact Officer for BioPak’s Packaging Covenant Action Plan. This Action Plan has been endorsed by Mr Fine.

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Company Profile

OverviewBioPak is a specialist packaging company with an exclusive focus on plant based and compostable packaging and disposable food service products. Based in Sydney, we have distributors across Australia and New Zealand. BioPak customers include fast food outlets, catering companies, cafes, food manufacturing, electronics industry, agricultural industry and retail stores.

BioPak is a supplier of:

• Cutlery, Clear Cups, Deli bowls, Paper Cups, Sugar Cane Pulp plates, bowls, trays and containers

• Moulded Fibre Packaging

• Food Service Disposables

• BioPlastic Bags

BioPak was born out of the desire to provide packaging solutions while serving broader missions of environmental stewardship, social justice and consumer education. At BioPak we provide environmentally friendly solutions by supplying ecologically compatible raw materials that do not negatively affect a product’s economic, social or practical usefulness.

In addition to our wide range of stock items, our dedicated sales, market development and technical specialists work hand-in-hand with manufacturers, processors and end users to provide assistance with new product applications, product development and prototyping together with product performance testing and processing support.

The founders of BioPak offer a unique blend of experience in packaging engineering and innovation, product branding, retail and foodservice sales, and strategic marketing specific to the fresh foods industry. Within this scope, there is additional expertise in international sourcing and sales, logistics and supply chain management, as well as technical and field customer service.

We create custom moulded pulp or bioplastic packaging solutions for specific applications.

BioPak operates a global manufacturing base, determined by resource availability and the location of advanced technology. This allows us to provide products made from renewable resources to our customers at competitive prices.

Through our ongoing success and growth, we have provided business opportunities for a national network of distributors and broker partners.

By choosing to use disposable packaging made from plants, our customers are helping to save significant quantities of non-renewable resources, while at the same time reducing the amount of greenhouse gases released into the atmosphere.

Our products take less energy to make than many of their traditional alternatives.

With the most comprehensive range of bio based packaging materials, we are able to tailor a completely biodegradable packaging solution, enhancing brand image and providing a unique marketing advantage.

Our goal is to influence change by promoting recyclable or compostable packaging made from rapidly renewable resources that seam-lessly replace products made from fossil resources without adding cost or requiring people to think or act differently. We feel that if given an economically viable and cost effective choice, the status quo will choose green.

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Product Range

Hot cupsPaper cups are sustainably sourced from

managed plantations. Bioplastic lining made from plants, not oil.

Trays are made from 100% post consumer recycled paper.

Cold cupsPaper cups are sustainably sourced from

managed plantations.

Clear cups made from rapidly renewable bioplastic.

Takeaway containersPaper sourced from managed plantations with

bioplastic lining.

Clear bowls made from rapidly renewable bioplastic.

Tree free clamshells and containers made from sugarcane pulp.

Plates, bowls & traysTree-free plates, bowls and trays made from

rapidly renewable sugarcane pulp.

CutleryMade from plants not oil.

FSC® certified wooden range now available!

NapkinsNapkins made from FSC® certified pulp. Plus

our Single Saver BioNapkin Dispenser.

Bioplastic bagsMade from plants not oil and compostable to

Australian standards.

Retail rangeBioPak branded with options

to customise your own sustainably sourced picnic range.

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Environmental Initiatives

We actively work together with our partners and industry in full support of the view that companies at all levels of the packaging supply chain should take responsibility voluntarily towards long term, sustainable environmental management.

BioPak was created to address the problem of disposable food packaging ending up in landfill. Since the company’s inception in 2006 we have been committed to waste prevention and reducing waste to landfill. In our pursuit of reducing the packaging industries dependence on non-renewable resources, we continue to challenge and strive for reduction in raw materials and energy used by leveraging the innovations in bioplastics and plant based packaging technologies and optimizing best practices, product design and engineering.

We support sustainable recycling and re-use wherever possible, however when recycling is not an option, we promote composting of packaging waste. As an industry leader in single use foodservice packaging made from rapidly renewable resources, we have taken on the responsibilities of working together in the development of sustainable environmental initiatives. BioPak is working together with Australian Bioplastics Association, Commercial Composters, local councils and AORA (Australian Organics Recycling Association) to provide consumers and business with information and locations of industrial compost facilities across Australia as well as end of life solutions that diverts organic waste from landfill.

We have published a list of commercial compost facilities who accept our products in addition to a list of local councils who recycle our paper cups. This list is constantly being updated as more commercial composters and recylers test and approve our products.

We offset the carbon emissions associated with the production, transport and disposal of our products. The carbon footprint of the company’s operations is calculated every year by the Carbon Reduction Institute and are offset through the purchase of carbon (Including a specific Paper procurement policy). In addition Biopak has developed both an Environmental Sustainability Policy and an accompanying Sustainable Procurement Policy which are regularly reviewed with the objective of reducing the company’s environmental impact each and every year. A copy of the current Sustainable Procurement Policy is shown at Appendix A, while the current Sustainable Procurement Policy is shown at Appendix B.

2.4 COVENANT CONTACT OFFICER

Director, Mr Richard Fine, is responsible for BioPak’s commitment to the Australian Packaging Covenant. Mr Fine has endorsed this Action Plan for the period 2013-2015. Contact details for Mr Fine are as follows:

BioPakSuite 2104, Level 21Westfield Tower 2101 Grafton StreetBondi Junction, NSW 2022Tel: 02 8060 9000Mob: 0405 016 3900Email: [email protected] site: www.biopak.com.au

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Our APC Team

BioPak has carried out a detailed review of the skills required to meet the requirements of the Australian Packaging Covenant (APC). We have created a team made up of the following to work on this key project as part of our ongoing efforts to address packaging:

Name: Responsibility:

Richard Fine, Director Director

Gary Smith, Director Director

The APC team has been responsible for developing an internal project plan to co-ordinate all tasks required to implement the Action Plan.

This Action Plan is to be followed up by a Sustainable Packaging Guidelines audit of our main packaging materials. This will allow BioPak to swiftly bring ourselves up to speed with meeting the APC’s reporting requirements and task timelines. BioPak will also hold regular meetings of the APC Team where we will continue to address the issues raised throughout this updated plan.

Schedule for Packaging Reviews

4.1 TYPES OF PACKAGING

BioPak has material types include: Bagasse Pulp, Paper from managed plantations, Plant based bioplastics, PET, HIPS, and PP. Any new materials introduced are reviewed against the sustainable packaging guidelines.

5. ACTION PLAN

5.1 INTRODUCTION

BioPak operates a global manufacturing base, determined by resource availability and the location of advanced technology. This allows us to provide products made from renewable resources to our customers at competitive prices.

By choosing to use disposable packaging made from rapidly renewable or recycled materials, our customers are helping to save significant quantities of fossil resources, while at the same time reducing the amount of greenhouse gases released into the atmosphere. Disposable food service packaging that is compostable also provides a viable option to divert organic waste from landfill.

Based on the template provided by the APC, BioPak has prepared actions, targets and milestones in response to the six Key Perfor-mance Indicators (KPIs) set by the APC under the Performance Goals of:

• Design;

• Recycling; and

• Product Stewardship.

We believe that we have addressed these Performance Goals relevant to a manufacturer / supplier of packaging that is compostable and/or manufactured from renewable resources. In addition, we have provided some relevant information that, while not required by the APC, will assist in explaining the efforts BioPak is going to in manufacturing and supplying cost effective and environmentally friendly packaging solutions in the markets it participates in.

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Design

5.2.1 COVENANT GOALS

In close consultation with its suppliers and manufacturers, the design goal for BioPak is to look at using resources efficiently and reduc-ing the environmental impact of its products while meeting the expectations of its customers in providing quality designed products.

5.2.2 OUTCOMES

The outcome should be packaging designed to:

• Avoid or minimise the use of materials and other resources;

• Divert waste from landfill

• Optimise recyclability and recycled content; and

• Reduce litter impacts.

5.2.3 KEY PERFORMANCE INDICATORS

The Key Performance Indicator for design will be evidence that BioPak has implemented adequate audit procedures and tools to record the results of the packaging SPG reviews using third party consulting, software and training to support our response as a signa-tory to the APC.

5.2.4 CURRENT AND PLANNED ACTIONS

BioPak will commence the review of all packaging using the SPG Guidelines in early 2014.

We have determined that it will take 12 months to December 2014 to review 50% of all the current packaging and we will aim to have implemented procedures for packaging reviews for new products using the SPG guidelines by March 2015.

BioPak is integrating third party consulting, software and training to support our response as a signatory to the APC. This aids with the development of our team and procedures, and backing documentation. We are using standardised templates developed specifically for this project.

The reviews of the packaging on our selected packaging types will be carried out between January 2014 and June 2015. A full audit trail will be available for both compliance and substantive audits.

BioPak complies with a wide range of global reporting requirements in relation to our product and packaging, and the company will review these guidelines to determine if there are overlaps with the Sustainable Packaging Guidelines.

BioPak is a signatory to the United Nations Global Compact and is committed to comply with the guiding principles stated in their manifesto. Through our ethical sourcing policy we strive to ensure that we only engage with businesses that satisfy the ethical employment standards and that our supply partners meet their obligations to their employees under applicable industrial instruments and legislation.

BioPak is currently a member of SEDEX Supplier Ethical Data Exchange, which is a not for profit membership organisation dedicated to driving improvements in responsible and ethical business practices in global supply chains.

Most of the BioPak production facilities are ISO14001 certified. See Appendix E.

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Recycling

Biopak already has a recycled component for some of its packaging and products, see Appendix C, Materials Specifications.


We support sustainable recycling and re-use wherever possible, however when recycling is not an option, we promote composting of packaging waste. In addition our Environmental Sustainability Policy encourages the reuse and on-site recovery of packaging and an increase in the level of recycled content in purchases made by BioPak.

5.3.2 OUTCOME

The outcome should be continued disposal of our products by end users in the appropriate commercial and kerbside systems.

5.3.3 KEY PERFORMANCE INDICATOR

The Key Performance Indicator for recycling will be evidence that BioPak is implementing the on-site recovery of packaging and an increase in the level of recycled content in purchases made by BioPak.


We will also look at ensuring our office manages its waste in a manner that ensures any recyclable materials within the office i.e. toner cartridges, paper, plastics etc, actually end up in the recycling chain. The company will look to source a greater level of consumables for the office from a buy recycled perspective, using local firms to assist with this transition.

5.4 PRODUCT STEWARDSHIP

Since 2010, Biopak has participated in the NoCO2 carbon neutral program which identified BioPak’s total carbon footprint and the carbon footprint of the products that we sell and then offset these emissions.

The NoCO2 certification processes complies with all industry standards which ensures that we are aligned with international best prac-tice and also to the Australian Competition & Consumer Commission’s and Trade Practices Commission’s views on appropriate advertis-ing (relating to claims of carbon neutral products/services). See Appendix E.


The goal for Product Stewardship is that BioPak shows a demonstrated commitment to product stewardship through working with third parties.

5.4.2 OUTCOME

The outcome should be:

• To improve the design and recycling of packaging; and

• Reduce the overall level of litter created by packaging.

5.4.3 KEY PERFORMANCE INDICATORS

The key performance indicators for product stewardship are:

• Have formalised procedures in place to work with others to improve design and recycling of packaging;

• To engage in other initiatives that show product stewardship such as education, sponsorship of initiatives etc; and

• To reduce the occurrence of litter in their operations and encourage clients to properly dispose of the packaging on products to remove them from the litter stream.


BioPak is a signatory to the United Nations Global Compact and are committed to comply with the guiding principles stated in their manifesto. Through our ethical sourcing policy we strive to ensure that we only engage with businesses that satisfy the ethical employment standards and that our supply partners meet their obligations to their employees under applicable industrial instruments and legislation.

BioPak is currently a member of SEDEX Supplier Ethical Data Exchange, which is a not for profit membership organisation dedicated to driving improvements in responsible and ethical business practices in global supply chains.

BioPak currently participates in Clean Up Australia campaign and support CORE during Compost Awareness Week.

BioPak is working with local recycling companies to determine which products they will accept for recycling. This information will be collated and provided to BioPak customers through all marketing channels we have available.

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Action Plan

5.5 Action Plan table

Performance goals and KPIs Actions Responsibility Baseline data Targets Milestones

1. Design - Optimise packaging to achieve resource efficiency and reduce environmental impact

KPI: 1 Proportion of signatories in the supply chain implementing the SPG for design or procurement of packaging.

Review our existing process using the Packaging Assessment Gap Analysis.

APC Team SPG audits recorded Document and report any actual or attempted changes to packaging identified as part of reviews or otherwise, including quantifiable data where possible

March 2017 and report annually

Review findings / opportunities identified in packaging assessments

APC Team SPG review 100% of products June 2017and report annually


2. Recycling - the efficient collection and recycling of packaging

KPI 3 – Proportion of signatories with on-site recovery systems for recycling used packaging

- Develop viable end of life solutions for our products by working with recycling business and customers.

- Invest in recycling infrastructure.

- Engage with local councils to address recyclable products ending up in landfill and work together to resolve

APC Team A publicly available list of recycling and composting facilities is maintained by BioPak

Increase the number of organic recycling options in areas where we have a significant presence by partnering and investing in pilot composting trials

July 2017 and report annually

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KPI 4 – Proportion of signatories with a policy to buy products made from recycled packaging. All APC signatories will have a formal, documented policy of buying recycled products or materials

- Annual review of Sustainable Procurement Policy to pursue continual improvement in Buy Recycled activities.

- Identify opportunities for improvements in Buy Recycled quantities

- Verify the business sustainability initiatives and objectives throgh the BCorp certification program

APC Team Review existing Policy

Existing data and contracts across different product and packaging ranges

Complete self assessment and submit documentation to verify initiatives

Annual review presented to Board on actual data related to Policy activities

Implement any improvements identified from data and contracts in line with Policy

December 2014 and report annually

Feb 2017 and report annually



Product Stewardship - demonstrated commitment to product stewardship

KPI 6 – Proportion of signatories that have formal processes for working with others to improve design and recycling of packaging

Incorporate formal processes for working with others to improve design and recycling of packaging into the Environmental Sustain-ability Policy

Continue to work with local councils, The APC, Commercial composters and AORA (Australian Organics Recycling Association) to provide consumers and business with infor-mation and locations of industrial compost facilities across Australia

APC Team

APC Team

Prepare and distrib-ute to suppliers a statement outlin-ing commitment to APC principles and encouraging participation

Update Recycling and composting location documents online as new facilities come online

Improved informa-tion in relation to design and recycling of packaging

Improved information in relation to information and locations of industrial compost facilities across Australia

June 2017 and report annually

June 2017 and report annually

KPI 7 – Proportion of signatories demonstrating other product stewardship outcomes

Continue to monitor and improve on the carbon emissions associated with the manufacture and transportation of our products

Investigate local tree planting & restoration projects with Rainforest Rescue in the Daintree to contribute to our carbon offset initiatives.

APC Team Current baseline of CO2 emissions as measured by third party

Carbon neutrality through emissions reduction and offsets

Channel carbon offset funds to local initiatives

Ongoing through third party certification and report annually

Report annually

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Communicate the outcomes of our 1% for the rainforest program

Reports on conserva-tion outcomes from Rainforest Rescue

Target: Update the ongoing benefits of our restoration project at the daintree

Report annually



Product Stewardship - demonstrated commitment to product stewardship

KPI 8 – Reduction in the number of packaging items in litter

Continue ongoing support of community Associations and events such as the Sustainable Event Alliance, Surf Rider Association, Victoria and Sydney Markets, Australia Zoo and Tooronga Zoo, Taste of Tasmania and Lovedale Long Lunch, all of whom are committed to the reduction in litter

Involvement in Annual Business Clean Up Australia event

APC Team Report on activities in BioPak Updates through their website and social media

No baseline data on amount of litter reduction recorded

Quarterly updates

Record litter reduction efforts for Associations and events we support

Report annually

Report annually

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BioplasticsWe choose bioplastics (not all biodegrade) as a better alternative to plastic, using it to produce our range of cutlery, clear cups, deli containers and the water-proof coating on the inside of our paper cups and bowls.

Bioplastic refers to plastic materials and products that are either biodegradable, made wholly or partly from biological materials, or both.

The market was until recently dominated by biodegradable materials, but bio-based, non-biodegradable plastics have grown in a big way, and now make up about 58% of global production capacity.

These materials appeal to customers because they can reduce greenhouse gas emissions, avoid depleting fossil resources, and reduce landfill volumes.

Bioplastics today account for a small proportion of total plastics usage – less than 1% by one estimate. The worldwide bioplastics production capacity in 2011 was 1.16 million metric tons. Much of the bioplastic we use is Ingeo PLA made by industry pioneer Natureworks in the USA.

Whilst recycling rates are improving every year, currently 77% of all plastics disposed of every year end up in landfill.

Revode PLA Revode is made in China from non-GMO plant starch. It is used to produce our bioplastic cutlery and straws.

Compostable: Certified compostable in an commercial facility to American BPI standards

Recyclable: In China only

Raw Materials: Plant starch (e.g. cassava and corn)

Ingeo PLA Ingeo is made from dextrose (sugar) that is derived from field corn already grown for many industrial and functional end-uses. In North America, corn has been used first because it is the most economically feasible source of plant starches.

Using less than 1/20th of 1% (0.05%) of the annual global corn crop today, so there’s little to no impact on food prices or supply. This material is used to produce our range of bioplastic coffee cup lids, clear cups, deli containers and water-proof coating on paper cups and bowls.

By design, using Ingeo results in 75% less greenhouse gases than the oil-based PET plastic it replaces, even if both end up in a landfill. Ingeo has more end-of-life options than any other plastics material. These include composting, feedstock recycling, mechanical recycling and incineration with energy recovery. There are only a small number of commercial composting facilities in Australia and New Zealand, limiting this as an end of life option, and

leaving landfill as the most widely available end of life option. Compostable: Ingeo is certified compostable to EN13432 and BPI standards in a commercial compost facility. Dispose of with general waste if no commercial compost facilities are available.

Recyclable: In China and the USA only

Raw materials: Plant starch (e.g. corn)

Embodied energy: 53MJ/Kg Embodied carbon: 2.3Kg/Kg

Embodied water: 200L/Kg Extracted intensity: Not available

Recycled content: 1% Years of reserves: Renewable

Lifecycle assessment: In progress

Ecopond PLAEcopond is made from a synthetic biodegradable plastic combined with plant-starch. Used to produce our range of checkout and refuse bags. Certified to Australian Standards these bags are accepted wherever there are municipal organic waste collection services. If the bags do end up in the environment, they will biodegrade more rapidly than conventional plastic bags.

Compostable: Certified home compostable to European standards, certified compostable to AS4736-2006 Australian standards

Recyclable: Not recyclable

Raw materials: Plant starch (e.g. corn)

Embodied energy: Not available Embodied carbon: Not available

Embodied water: Not available Extracted intensity: Not available

Recycled content: Not available Years of reserves: Renewable


Plastarch material (PSM) PSM is made from 70% starch-based bioplastic, blended with 30% polypropylene. Used to produce one range of our cutlery. Dispose along with general waste.

Compostable: No

Recyclable: Not recyclable – dispose in general waste

Raw materials: Plant starch (e.g. corn) and polypropylene (oil)



Recycled content: Not available Years of reserves: Renewable


Hybrid PSM

Bioplasticrecycling

Materials Specifications

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PulpPulp is a lignocellulosic fibrous material prepared by chemically or mechanically separating cellulose fibres from wood, fibre crops or waste paper. Wood provides about 90% of the basis for pulp production, while about 10% originates from annual plants. Pulp is one of the most abundant raw materials worldwide, most commonly used as raw material in paper-making. Moulded pulp is often considered a sustainable packaging material, as defined by the Sustainable Packaging Coalition, since it is produced from recycled materials, and can be recycled again after its useful life.

We use wood pulp sourced from managed plantation for our paper cups and bowls, and recycled pulp for our cup carry trays. We use sugarcane pulp (bagasse) for our range of clamshells, takeaway containers, plates and bowls.

Paper pulpPaper made from pulped cellulose from managed plantations is used to make our paper cups and bowls. Paper cups and bowls are normally coated with a plastic water-proof lining, we use Ingeo a plant-based bioplastic instead. Using this bioplastic means these products can be composted in a commercial compost.

In Australia, paper board is mostly shipped offshore for recycling. When paper ends up in landfill, it decomposes under anaerobic conditions and releases methane gas (a greenhouse gas more potent than C02). We offset the carbon emissions for each cup we sell presuming that is does end up in landfill.

Compostable: In a commercial facility. The paper of our cups and bowls will biodegrade in a home compost but the PLA bioplastic lining biodegrades best under the controlled conditions of a commercial facility. Some customers have successfully composted BioCups in their home composting unit. We recommend shredding to increase the surface area and speed up the process.

Recyclable: Many Australian and New Zealand councils will accept paper cups in the paper recycling stream, call yours to find out

Raw materials: Cardboard


Embodied water: 1150L/Kg Extracted intensity: 1.8Kg/Kg



Recycled paper pulpMade from post consumer recycled content. Used to produce our cup carry trays. Dispose of in the waste paper recycling stream.

Compostable: In a home compost

Recyclable: In regular paper recycling

Raw materials: Post consumer recycled paper



Recycled content: Not available Years of reserves: Not available


Sugarcane pulp (bagasse)

Made from the crushed stalks remaining after the juice has been extracted from sugarcane. Used to produce our range of plates, bowls clamshells and takeaway containers. Dispose of in a home or commercial compost facility or with general waste.

Compostable: Certified compostable in an commercial facility to American BPI and European EN13432 standards. Check with your local council if they will accept this in your green waste bin

Recyclable: Not recyclable

Raw materials: Sugarcane pulp (bagasse)

Embodied energy: 84MJ/Kg Embodied carbon: Not available




Paper sourced from managed

plantations

Recycled paper pulp

Conventional plasticConventional plastics are usually synthetic, most commonly derived from petrochemicals (crude oil and gas). Used to produce lids for our containers. We use conventional plastics for applications that require transparency, flexibility and heat stability at a price point that is commercially viable. Most of the plastics we use are widely recycled throughout Australia and New Zealand.

Polyethylene terephthalate (PET)

PET is made from fossil resources. PET is the most recycled plastic in the world and use for our PET takeaway container lids. These can be recycled in the plastic recycling stream, along with your empty water and cold drink bottles.

Compostable: Not compostable

Recyclable: Plastics identification code 1, PET is accepted at all kerbside and plastic recycling stations

Raw materials: PET plastic identification code 1



Recycled content: 21% Years of reserves: 20 years


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Polystyrene (PS) PS is a plastic made from fossil resources, used to produce some of our coffee cup lids. Recycling code 6.


Recyclable: In most council recycling. The white lids can be recycled but the black lids will not be detected by automatic sorting equipment at most modern material recovery facilities and will end up in landfill. This is true for any black plastic products you place in your co-mingled recycling bin. Check with your local council about what plastic items they will accept as this varies. Some councils collect all hard plastics for recycling while others prefer you to recycle only selected hard plastics — often plastics code 1, 2 and 3

Raw materials: High Impact Polystyrene (HIPS) plastic identification code 6





Polypropylene (PP) PP is a plastic made from fossil resources, used to produce our soup bowl lids. Recycling code 5.


Recyclable: In most council recycling. Check with your local council about what plastic items they will accept as this varies. Some councils collect all hard plastics for recycling while others prefer you to recycle only selected hard plastics – often plastics 1, 2 and 3.

Raw materials: High Impact Polystyrene (HIPS) Plastic Identification Code 6





Recycling tipsPaper

Paper and cardboard can be recycled and used again in other paper products. The more we recycle paper and cardboard, the less we need to use natural resources like fibre from trees to manufacture new products. It also uses less energy and water in manufacturing. Paper contaminated with grease or oil from food cannot be recycled

Organic wasteSome local councils collect organic waste from your home and turn it into compost. Composting helps keep organic waste out of landfill where it rots and generates methane, a greenhouse gas that is particularly damaging to the environment

So remember, if it grows, then it goes in your green organics bin

Plastic & metal Always put items into your recycling bin loose, not in a plastic bag. Everything inside a plastic bag will be sent to landfill. Plastic bags can also tangle up the machinery used to sort the recycling materials

Flatten boxes but don’t bundle items together

Roll aluminium foil into a ball and place it in a recycling bin, even if it has food stuck to it

Black plastic items don’t get recycled as they are not able to be identified by automatic sorting equipment used at most recycling facilities

At most material recovery facilities, any plastic item less than 5cm in diameter will be screened out and diverted to landfill

Further readingUnited Nations Global Compact www.unglobalcompact.org

Australian Bioplastics Association www.bioplastics.org.au

Sustainable Packaging Alliancew www.sustainablepack.org

The Carbon Reduction Institute www.noco2.com.au

Australian Packaging Covenant www.packagingcovenant.org.au

Cradle To Cradle design www.c2ccertified.org

The Circular Economy www.ellenmacarthurfoundation.org

The story of stuff www.storyofstuff.org

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Carbon Neutral Program

Global warming is changing the way the world does business. Consumers are demanding low carbon products and services, and the organisations that communicate their actions toward climate change are capturing this market. Organisations that take their stake-holders on the journey are enjoying reputational gains; retaining their staff and attracting the good ones from the talent pool.

BioPak have procured the services of Australia’s leading climate change certification program.

The NoCO2 program is Australia’s leading climate change certification program. Through the program the Carbon reduction Institute (CRI) has already certified hundreds of businesses, services and products as carbon neutral (NoCO2) or low carbon (LowCO2) which now form part of the Low Carbon Economy.

The certification processes complies with all industry standards which ensures that we are aligned with international best practice and also to the Australian Competition & Consumer Commission’s and Trade Practices Commission’s views on appropriate advertising (relating to claims of carbon neutral products/services).

The certification process includes a carbon audit giving a comprehensive greenhouse impact assessment of our business. The audit calculations adhere to the Greenhouse Gas Protocol, which is internationally accepted as best practice for greenhouse gas account-ing. We have a tailored report which outlines carbon reduction strategies to help us lower our carbon footprint instantly, as well as a variety of offsetting options. We have access to tools for staff engagement and customer awareness through marketing materials

If we do not mitigate our climate impacts, our society will face the greatest environmental, humanitarian and economic crisis in human history.

1. Carbon Footprint AssessmentThe audit identified BioPak’s total carbon footprint and the carbon footprint of the products that we sell. It allow us to engage our current and future clients on the climate change outcomes of our products– it also allows us to sell our products as carbon neutral

The carbon footprint methodology complies with the GHG Protocol Corporate Accounting and Reporting standards, produced by the World Business Council for Sustainable Development (WBCSD) and the World Resource Institute (WRI). This methodology captures 100% of the emissions for which BioPak is responsible for.

The protocol separates emissions sources into three different scopes, depending on the level of control exerted over the emissions source. Emission boundaries for our NoCO2 certification are depicted below.

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Carbon Offsetting and Carbon CreditsCarbon offsetting is a mechanism that allows organisations and individuals to neutralise their unavoidable climate change impact by purchasing carbon credits. Each carbon credit represents the abatement or sequestration of one tonne of CO2-equivalent (CO2e) green-house gas from the atmosphere.

When you buy carbon credits, you help fund projects that reduce greenhouse has generation or sequester carbon.

Examples of such projects are energy efficiency programs (eg. the installation of energy efficient light bulbs), renewable energy projects (eg. solar installations and wind farms) or methane abatement (eg. through waste diversion). While all the carbon credits represent the sequestration of one tonne of CO2e, different projects (even with the same accreditation) can have different outcomes for the environ-ment. Therefore it is crucial that you carefully evaluate your options before you offset your emissions.

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APPENDIX A –

Environmental Sustainability Policy StatementBioPak recognises that every business has a negative impact on the environment. We are committed to find ways in which we can reduce the impact of our business both in the office and the products we supply.

IT IS THE BIOPAK POLICY TO:

• Comply with all relevant environmental legislation, regulations and requirements

• Make a positive and commercially realistic contribution to improve the environment in which we operate

• Ensure that the threat of pollution in any form from our activities is identified and eliminated or tightly monitored and controlled

• Minimise our consumption of materials, fuel energy and water and to recycle as much as economically feasible

• Eliminate or minimise any harmful effects of our activities upon employees, customers, neighbours and the public

• Develop, maintain and operate our resources in an environmentally responsible manner

IN PURSUIT OF THESE AIMS, WE ADOPT THE FOLLOWING PRACTICAL STEPS:

• Engage with our employees, welcoming their ideas and commitment and regularly review our operations.

• Regularly review our costs and environmental performance

• Produce products from FSC certified paper wherever possible

• Recycle all waste material possible

• Reduce the amount of waste material produced

• Avoid the use of paper wherever possible.

• Avoid the use of postal services, saving on transportation and on paper. For example, emailing Invoices where possible.

• Recycle equipment that is no longer of use to the company.

• Keep energy usage low. For example, using schedules to ensure computers and lights are turned off after work

• Reduce the energy consumption of office equipment by purchasing energy efficient equipment and good housekeeping

• Reuse waste paper (from the printer) where possible, making use of the blank side for notes etc.

• Always to make use of recycling schemes by the printer manufacturers (to recycle toner cartridges and drums)

• Purchase products made with recycled paper.

• Purchase products with a lower environmental impact

• Avoid unnecessary travel by making use of instant messaging, video and audio conferencing, telephone and email

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APPENDIX B –

Sustainable Procurement Policy

BioPak is currently implementing a Sustainable Procurement policy throughout our operations to ensure that environmental credentials are considered in addition to traditional procurement criteria such as quality and value for money.

The goal of this Sustainable Procurement Policy is to ensure that products and services purchased will conform to the goals of our company’s Environmental Policy. We will strive, where feasible, to purchase environmentally friendly products and services if they satisfy our current performance, safety, regulatory and cost requirements.

In support of our commitment to a Sustainable Procurement Policy, BioPak’s purchasing decisions will favour:

1. Products that reduce greenhouse gas emissions or are manufactured using renewable energy sources;

2. Products that reduce the use of chemicals which are hazardous to the environment;

3. Products that contain the highest percentage of postconsumer recycled content;

4. Products made from rapidly renewable materials

5. Products that reduce air and water pollution;

6. Products that reduce waste;

7. Suppliers who strive to improve their environmental performance and supply environmentally friendly products, particularly those with an auditable system or accreditation;

8. Reusable products;

9. Products that are recyclable or compostable; and

10. Products that assist BioPak in our endeavours to fulfil our obligations under the Australian Packaging Covenant.

In situations where environmentally friendly products are unavailable or impractical, secondary consideration should include the environmental management practices of suppliers and products.

The purchase of environmentally friendly products is part of our long term commitment to the environment. By sending a clear signal to producers and suppliers about this commitment, we hope to support a wider adoption of environmentally friendly products and prac-tices.

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APPENDIX C –

Paper Sourcing and Use Policy

A COMMITMENT TO RESPONSIBLE FOREST MANAGEMENT

BioPak is committed to operating its businesses in a responsible manner and to inspiring its employees business associates to make positive impacts on the planetwe share.

We seek suppliers and vendors who share our commitment to use and manage natural resources responsibly. This Paper Sourcing and Use Policy sets forth our commitment to increase the use of paper products designed and manufactured to minimize environmental impact across their entire lifecycle, work towards effective solutions to eliminate unwanted sources from our paper supply chain, promote forest conservation and responsible forest management, respect the people whose livelihoods depend on the forests and protect the plants and animals of the forests.

POLICY

It is BioPak’s policy to:

• Only purchase papers from managed plantations and to eliminate all paper products containing fiber from unwanted sources,

• Minimizing its consumption of paper and

• Procuring and using paper consistent with the principles outlined below.

This Policy applies to paper used in BioPak’s day--- to- --day business operations and BioPak branded consumer products and packaging.

PRINCIPLES

Responsible Paper Sourcing

BioPak strives to have its business and vendors:

1. Eliminate the use of paper fiber from the following unwanted sources:

2. illegally harvested wood,

3. high conservation value areas (e.g., areas of old growth and/or endangered forests) being degraded by poor land use practices,

4. areas where paper fiber is harvested in violation of internationally accepted instruments and treaties protecting the rights of indigenous or forest- ‐dependent peoples,

5. areas that have been converted from natural forests to plantations and other land uses after November 1994, and

6. plantations using genetically- ‐ modified trees;

• maximize recycled content;

• maximize the use of wood fiber sourced from forestry operations certified by the Forest Stewardship Council or an equivalent forest certification scheme; and

• maximize the use of paper products processed without chlorine or chlorine compounds.

RESPONSIBLE PAPER USE

BioPak strives to have its business and vendors design products and packaging to minimize paper use and facilitate end- --of- --life recycling. BioPak strives to have its business:

• minimize paper consumed in day- --to- --day operations; and

• maximize the recovery of used paper and packaging for recycling.

IMPLEMENTATION

BioPak implements this Policy in the following ways:

In BioPak’s day to day business operations and BioPak branded products we will account for country of origin, fiber source and supply chain visibility. BioPak will annually report publicly its progress toward achieving the principles described above.

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APPENDIX D –

Waste Minimisation and Recycling Policy and Procedure 1. PURPOSE

1.1 BioPak’s Waste Minimisation and Recycling Policy is designed support and promote opportunities and practices to reduce landfill and greenhouse gas emissions in the workplace.

1.2. The aim of these recycling programs is to:

1.2.1. Reduce the output of the general waste stream

1.2.2. Minimise contamination of the recycling stream

1.2.3. Reduce the need for landfill space

1.2.4. Take advantage of the economic benefits of recycling

1.2.5. Reduce CO2 emissions associated with waste to landfill

2. SCOPE

2.1. This policy applies to all consumables used at BioPak’s premises and work environment. The waste minimisation and recycling programs are to be supported by the management and staff at BioPak as well as BioPak’s service contractors, visitors and clients.

2.2. This policy applies to the following recycling streams at BIOPAK:

2.2.1. Paper

2.2.2. Cardboard

2.2.3. Co-mingled items

2.2.4. Metal

2.2.5. Printer and toner cartridges

2.2.6. Fluorescent lamps

2.2.7. E-Waste

2.2.8. Furniture

3. DEFINITIONS

3.1. BIOPAK: BIOPAK NSW & Auckand

3.2. CFO: Chief Financial Officer

3.3. BLT: Business Leadership Team.

3.4. BMT: Business Management Team

4. CONTENT

4.1. Responsibilities for disposal of waste & recyclable materials

4.1.1. At any point in the recycling process the effort of others may be sabotaged by careless and unthinking actions that result in inappropriate disposal or contamination of recyclable items with the end result being an increase of both landfill and greenhouse emissions.

4.1.2. Each individual plays an important role in the collection and disposal of recyclable items and has a duty to support BioPak’s recycling programs.

4.2. Office waste bins

4.2.1. NSW Office

4.2.1.1. A number of small office rubbish bins are located throughout the office areas. These bins are intended to be shared to minimise the overheads and reduce the use of plastic bags.

4.2.1.2. These are for general rubbish only and are:

4.2.1.2.1. Not to be used for recyclable paper, cardboard or co-mingle items.

4.2.1.2.2. Emptied by the cleaners each night.

4.2.2. Auckland Office

4.2.2.1. Small office rubbish bins located beside all staff desks (for general rubbish) ready for collection by the cleaner at the end of the day.

4.2.2.2. A large paper recycling bin in the back office area that the cleaners take to large recycle bins located in buildings garbage room (taken away as and when required)

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4.2.2.3. Used printer and toner cartridges are placed in a separate recycle bin located in the back office area and collected by Planet Ark (empted when full).

5. RECYCLING PROGRAMS

5.1. Paper and cardboard

5.1.1. A well supported paper and cardboard recycling program significantly reduces the quantity of rubbish removed from the premises. There are environmental reasons and economic cost benefits associated with an effective recycling program.

5.1.2. Paper and cardboard is not to be placed in an office waste bin unless it is soiled or otherwise contaminated.

5.1.3. Paper is to be recycled by using one of the following containers:

5.1.3.1. Paper recycle boxes (small)

5.1.3.1.1. Each office desk is supplied with a paper recycle box that is emptied nightly by the contract cleaning staff. Only paper intended for recycling is put into these boxes. 5.1.3.3.1.3. The bins may be used only for recyclable paper.

5.1.3.3.1.4. No cardboard, plastic, metals, food or other waste.

5.1.3.3.1.5. Collection is once per week

5.2. Cardboard

5.2.1. All cardboard boxes are to be flattened and stacked next to in an area for easy collection by the cleaning contractor. The cleaning staff are responsible for moving the flattened cardboard to the large cardboard recycling bins located in the building loading dock.

5.3. Secure Document Destruction

5.3.1. Documents containing the following information must be shredded and placed into the paper recycling bins:

5.3.1.1. Information that is confidential or commercially sensitive.

5.3.1.2. Names and addresses of clients,

5.3.1.3. Financial data

5.3.1.4. Blank letterhead stationery.

5.3.2. If in doubt Office Manager will advise on whether secure destruction is the appropriate method of disposal.

5.4. Commingled Recycling

5.4.1. Recycling bins for glass, plastics and aluminium /steels cans are avialble in the office.

5.4.2. These co-mingle recycle bins are cleared daily by the contract cleaning company. Co-mingle items are placed into these bins and NOT into the general waste bins.

5.4.3. The containers should be relatively free of food or liquid and generally rinsed and clean before disposal.

5.4.4. Commingled Recycling includes the following items:

5.4.4.1. Glass: All glass bottles or containers (without lids)

5.4.4.2. Plastics: Plastics stamped Recycle Code (1-6) and all soft drink, juice, water bottles

5.4.4.3. Aluminium cans: All aluminium and steel cans as well as empty aerosol cans

5.4.4.4. Cartons: Milk and juice cartons

5.5. Printer and toner cartridges

5.5.1. Used toner cartridges, which are used for printers, photocopies or fax machines, are to be taken to Australia Post for recycling. Used toner cartridges are not to be disposed of as general waste.

5.5.2. Risks

5.5.2.1. Improper storage or disposal of used toner cartridges is contrary to good environmental practice.

5.5.2.2. Care is to be taken when handling cartridges to ensure that toner does not come in contact with the skin or eyes. Ideally, the toner packaging should be used to contain the used cartridge.

5.5.3. Disposal and Collection

5.5.3.1. Used cartridges can be left beside reception desk.

5.5.3.2. Alternatively they can be taken to Australia Post for recycling.

5.8. Furniture

5.8.1. All items which have no further value to BIOPAK are to be recycled by being sold or donated to charities. All effort is to be made to avoid any impact on landfill.

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5.9. E-Waste

5.9.1. The term ‘E-Waste’ encompasses all old electrical appliances either in a state of disrepair or simply obsolete. This includes everything from fridges and microwaves to mobile phones and computers. The correct disposal of E-Waste is of vital importance to being able to achieve a sustainable future.

5.9.2. All E-Waste once identified is to be recycled using the local ewaste recycling facilities as listed on the r ecyclingnearyou.com.au website.

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Carbon Neutral businessBioPak is certified NoCO2NC173 certification

Certified since: 25/05/2010

BioPak has offset all carbon emissions produced from the production, transport and disposal of our products

For more information on the Carbon Reduction Institute visit www.noco2.com.au

CARBON REDUCTION INSTITUTE

CARBON REDUCTIONCERTIFICATE

Level 12, 100 Miller St, North Sydney NSW 2060 | ABN: 26 122 969 233P: +61 2 8228 7300 | F: +61 2 8228 7350 | www.noco2.com.au | [email protected]

WWW.NOCO2.COM.AU

CERTIFICATION #NC173

This is to certify that all greenhouse gas emissions produced from the operations and services of Biopak have been calculated by the Carbon Reduction Institute.

Biopak has purchased carbon offsets accredited under the Voluntary Carbon Standard to offset these emissions.

Biopak is certified NoCO2. Date: 25/5/2010NOCO2 CERTIFICATION #NC173

Faithfully Yours,

Rob CawthorneManaging Director

Date: 5th February 2015

BioPak Business certification

T 02 8060 9000 F 02 8060 9001 E [email protected] biopak.com.au

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Evaluation Carbon Credit ProjectsThere are three requirements for carbon credits to deliver a true saving for our climate:

1. Financial Additionality:

For a carbon credit to be financially additional, the money from the credits must be required to make the project happen beyond ‘busi-ness as usual’. Projects often fail where they are cheaper than their more polluting equivalent, or their energy savings pay back in time frames that make it a ‘business as usual’ proposition.

2. Environmental Additionally

The project must be additional to the environment. Carbon credits should not be claimed on projects that would have occurred anyway; such as a naturally growing forest without any human intervention.

3. Permanence

Permanence is a very important requirement for a voluntary carbon credit. Carbon savings that have been forward claimed or carbon emissions that have been stored can represent a liability for any party using them to make a claim. If the emission savings fail to happen or the emissions are released back into the atmosphere, the liability may fall back on the purchaser.

Why not trees?The Carbon Reduction Institute does not purchase carbon credits generated from the planting of trees, we prefer to purchase credits from energy efficiency or renewable energy projects. The reasons for this include the fact that tree projects risk failure on the above issues. Although they are a tool in the fight against climate change, they place significant liability on the purchaser. For trees to be used as an offset, they must stay in the ground for 100 years to match the life-cycle of CO2 in our atmosphere. Trees are susceptible to drought, fire and disease. If the tree credits you purchase for a carbon neutral claim succumb to any of these issues, you will be liable to organise or guarantee that someone will replant them or replace them with equivalent credits. This can place a significant liability on your organisation.

BioPak is certified as of May 2010. Rather than a set-and-forget approach, we monitor variations to the original baseline calculation of our emissions on an ongoing basis.

This ensures our certification remains trustworthy and provides us with the confidence to continue marketing and promoting our climate change credentials.

http://www.biopak.com.au/10-carbon-neutral-program.php

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Bioplastic cutleryCertified Compostable Product by BPI

Valid until: 11/11/2016

Biodegradable certification in accordance to Biodegradable Products Institute, visit www.bpiworld.org

BioPak production facility.

BioPak Product certification

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Bioplastic cutleryCertified Compostable Product EN13432 Certification by DIN CERTCO


Biodegradable certification in accordance to DIN CERTCO, visit www.dincertco.de


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Bioplastic cutlery


Environmental Management SystemsISO 14001 Certification


For more information on ISO 14001 accreditation visit www.iso.org/iso

BioPak Production Facility

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Environmental Management SystemsISO 14001 Certification




Bioplastic bags

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BioPak Facility certification


Environmental Management SystemsISO 14001 certification

Expiry date: 07/01/2018

For more information on ISO 14001 visit www.iso.org/iso

Sugarcane tableware

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Paper cups & bowlsEnvironmental Management SystemsISO 14001 Certification





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Clear cups & bowlsEnvironmental Management SystemsISO 14001 Certification




