Proposal To Complete Report On Sustainable Packaging Solutions

Introduction

Current trends have consumers looking for environmentally friendly products steering away from single-use items and toward more sustainable, plastic-free packaging (Calnan, 2019). Changing our current packaging to a more sustainable type would be in the company's best interest in order to keep pace with our competitors in this changing market. A full report is requested in order to evaluate possible solutions.

Background

Single-use plastics are a major environmental problem; both in the emissions they create and the waste they produce. Plastic, which is made from fossil fuels, is not biodegradable (Roland Geyer, 2017). The only way to destroy plastic is to burn it releasing harmful chemicals (Roland Geyer, 2017). In the years since its inception, plastic has amassed in landfills, ecosystems, and in the world's oceans in huge quantities (Roland Geyer, 2017). Public concern with the current state of the environment is so high there is a medical term to describe the fear created by it: Eco-anxiety 1 (Nugent, 2019). Governments around the world are acting against single-use plastics; either banning specific types of plastic (or specific items made of plastic), regulating their use, or taxing the manufacturers, importers, or retailers (United Nations Environment Programme, 2018).

Options to Consider

The following are more sustainable materials the report intends to examine for their viability in replacing Forest Food Co.'s current plastic packaging:

Bioplastics: There are Bioplastics on the market derived from many different plant sources including corn, soy, sugar cane, and cellulose (R. Laxmana Reddy, 2013).

Glass: Glass containers are highly recyclable deposit programs that are already available worldwide. Glass has been produced from sand and used for food products for thousands of years (Birgit Geueke, 2018).

Metal: Steel and aluminum are both already commonly found materials in food and beverage packaging. Metal cans generally have high return rates for recycling globally rates are as high as 70% (Birgit Geueke, 2018).

Seaweed: An abundant renewable resource that has amazing biopolymer2 applications. Films produced with seaweed can even be edible. The potential for food packaging is excellent as it is flexible and has antimicrobial properties (Kumar, 2019).

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