HEADLINE SPONSOR
RETAIL AND CONSUMER INNOVATION ADVISOR
The Future Retail Challenge student competition has become an established and popular part of the World Retail Congress. 2024 is Future Retail Challenge 15th year and it seeks to promote future talent in the retail industry across the world.
The World Retail Congress partners with universities around the globe that are in turn supported by the industry. The Future Retail Challenge aims to promote tomorrow’s retailers, the work that these colleges do, the range of talented students they are preparing for careers in the industry and to bring the students’ fresh thinking and new ideas on retail into the Congress itself.
Up to six universities participate annually. An industry-relevant challenge is crafted by our judges and content team, and students present their ideas to the judging panel and Congress audience. The winners are then announced at the end of the Congress.
The Retail Sustainability Challenge: tackling Scope 3 emissions
Background
With growing recognition of the climate crisis over the last decade, many retailers have been working to address the emissions that are the direct result of their operations (Scopes 1 and 2). These efforts have ranged from reducing energy consumption to improving transportation efficiency to transitioning away from high global warming potential (GWP) refrigerants, and much more. In recent years, regulators, investors, customers, and non-governmental organizations have additionally applied pressure and mandates that require retailers to expand their focus beyond just the emissions from their immediate operations to their broader value chains (Scope 3), including the products produced upstream by vendors and consumed downstream by customers.
Unfortunately, however, there are numerous issues retailers face in trying to address these emissions, including accurate and consistent measurement systems, as well as effective reduction strategies that don’t lower sales or profits. Looking at each of these in turn:
Upstream and Downstream Emissions
The sources and causes of Scope 3 emissions can vary significantly by retail sector. In the grocery sector, for example, most of these emissions result from value chain activities upstream of the retailer, specifically “purchased goods and services” (Category 1). This category consists of the emissions generated from manufacturing or producing the products a company sells to customers, as well as any products or services a company purchases to run its operations. By contrast, in the clothing sector, most Scope 3 emissions come from activities downstream of the retailer, such as the washing and drying of clothes (Category 11: Use of Sold Products) as well as disposal (Category 12: End of Life Treatment of Sold Products).
The Challenge
Against this background, we’ve partnered with consumer and retail specialist investment and advisory firm True to design the 2024 Future Retail Challenge. The brief will focus on the challenge of scope 3 emissions in the retail sector and seeks your ideas and creativity in how to address these.
The senior leadership team of a major retailer has asked you and your team to reinvent and transform their company’s ability to meaningfully reduce Scope 3 emissions. To guide students in their responses, True will offer practical insights into retail sustainability challenges, alongside expertise in leveraging start-up and scale-up innovations for collaborative solutions.
To begin your challenge, each team will select either a grocery or apparel retailer. If you select a grocery retailer, you will focus on its “upstream” challenges and if you select an apparel retailer, you will focus on its “downstream” challenges. Research and understand the retailer you have selected, and specifically its current policies and strategies to tackle sustainability. Then develop a disruptive and scalable solution to address one key area of that company’s value chain emissions challenges. Solutions must not reduce the retailer’s competitive edge and should enable the company to at least maintain, and ideally grow, its sales, margins, profits and market share.
Typical upstream challenges in grocery retail
The majority (>50%) of scope 3 emissions for a typical grocery retailer are generated by upstream activities in the supply chain before the finished product reaches the shelves. Some of the biggest challenges that need addressing include:
Agriculture: improvements in agricultural efficiency and technologies that make lower impact alternatives to existing mainstream food scalable and affordable.
Waste: development of circular systems through the food supply chain to enable major sources of food waste to be re-used as a resource in the production of alternative products or repurposed to address food insecurity challenges.
Packaging: development and adoption of innovative and lower impact packaging alternatives.
Typical downstream challenges in apparel retail:
Key Considerations:
Below are some questions/thoughts you should consider as you develop your ideas/solutions. Note: You do not need to answer/address all of these, but rather use them to enhance and challenge your thinking.
Data Challenges:
Reduction Strategy Challenges:
o What upstream innovations and technologies can enable the retail industry to reduce value chain emissions, while allowing stores to maintain broad offerings and not impeding the shopping experience?
o How can retail best participate or drive and influence suppliers to reduce emissions?
o What issues do you see in reducing Scope 3 emissions in the retail industry and what are your ideas to solve them?
London College of Fashion,
London
University of Amsterdam
Netherlands
EDHEC Business School
France
Princess Nourah Bint Abdulrahman University,
Saudi Arabia
Fashion Institute of Technology
NYC, USA
2023 Judges
ESCP Business School
Turin, Italy
Annie Keying Chen
Chu-Kai Hsu
Isabelle Smith
Samantha Bornstein
Fashion Institute of Technology, New York
Alin Intravisit
Kristen Hayes
Rebecca Devine
Sam Weedon
HSE University,
Moscow, Russia
Lev Kobyakov
Maria Kalinina
Slava Tolstenko
Victoria Isaeva
Hong Kong Polytechnic University, Hong Kong
Jenny Choi
Jessica Tsang
Rachel Leung
Sammi Wong