The Intermediate Guide to Airport Recycling 

The Intermediate Guide to Airport Recycling 

Airports are some of the busiest places in the world. Considering how hundreds of thousands of people from everywhere around the world visit the airport, it produces tonnes of trash on a daily basis. This is why airport recycling can be a gigantic step towards a green future. To become a zero waste facility, airports must focus on maximizing recycling and recovery and minimizing waste generated onsite. 

Pivoting from the traditional landfill-centric system requires airports to make strategic changes around the facility. The US government recently announced a $1 billion grant to 85 airports across the country. The grant is supposed to help airports meet the post-pandemic passenger demand and deal with the uptick in delayed and canceled flights. This initiative will go to expand terminal capacity, provide access to individuals with disabilities, and sustainability among others.

In this article, we will discuss zero waste and its importance, the problem with airport recycling, and its potential solutions. 

How Much Waste Do Airports Generate?

With millions of travelers visiting the airports every day, the airports must generate a ton load of waste, but the question is exactly how much waste do airports generate?

The San Francisco Airport (SFO) is one of the busiest and largest airports in the United States. Annually, it generates about 14,000 tons of material waste from which about 28 million pounds are recyclables and compostable materials. An average guest at the San Francisco Airport generates about half a pound of trash, and the numbers are not much different for other airports.

To bring about change, airports need to set a zero waste goal and work towards a green future. The San Francisco Airport set out to become the world’s first zero waste airport. It means that the airport needs to divert at least 90 percent of the generated waste away from landfills and incinerators. 

Although we discussed the SFO in detail, it’s not the only airport to have a zero waste goal. More airports are jumping into the same goal such as Charlotte Douglas Airport (North Carolina, USA) and Gatwick Airport (London). To understand why so many airports are making such significant changes, we need to understand what zero waste is, the problem with airport recycling, and its solution.

What is Zero Waste?

The Zero Waste International Alliance (ZWIA) defines zero waste as,

“Zero Waste: The conservation of all resources by means of responsible production, consumption, reuse, and recovery of products, packaging, and materials without burning and with no discharges to land, water, or air that threaten the environment or human health.”

— Zero Waste International Alliance

The next question is, why achieving zero waste is important. The zero waste approach starts from the very top i.e. manufacturing (manufacturing fewer goods) to the very bottom, i.e. reducing waste that goes into the landfills. 

The Problem with Airport Recycling 

A waste audit of the San Francisco Airport revealed that despite their efforts to recycle and reduce waste, a great deal of recyclable and compostable items were still ending up in the bin headed for the landfills. The whole point of the three-bin system fails if the trash consistently went into the wrong bin. 

Did you know? Less than 35% of what goes into recycling bins actually ends up being recycled. That is because people are still unsure about what goes into which bin. It all starts with educating the user, but that is a huge challenge for a large facility welcoming people that come and go every hour of the day. The problem worsens when you have people traveling from everywhere around the world and throwing garbage away without much of a second thought. 

For the team at SFO to succeed at reaching their zero waste goal, they need to be able to efficiently sort the trash. 

The Step-by-Step Approach to Establishing an Airport Recycling Program

To help airport managers create a more environmentally-friendly waste operation, the Environmental Protection Agency (EPA) designed a ten-step guide to airport recycling.

Step 1: Obtain the upper management commitment
Step 2: Create a green team 
Step 3: Identify types and sources of waste through a waste audit
Step 4: Assess and evaluate your current waste programs and collection contracts 
Step 5: Develop a waste management plan 
Step 6: Implement educational programs for the facility’s public and staff
Step 7: Implement sustainability and zero waste technologies
Step 8: Measure performance and refine the plan over time 
Step 9: Promote successes 
Step 10: Expand the recycling program further

The Ultimate Solution to Airport Recycling

An innovative and complete solution to airport recycling is smart bins that divert at the point of disposal while educating the transient population.

We never think twice before throwing away that disposable water bottle or coffee cup that we grabbed on the way. So, we can’t expect people to think twice about trash when they’re already late for their flight. To combat the issue, we need something that automatically sorts trash as soon as it goes into the bin and before it can contaminate other items. 

A smart recycling bin like TrashBot is a bin that leverages technologies like AI, computer vision, smart sensors, and robotics to sort trash quickly and more efficiently. It’s the ideal solution for the airport recycling problem because the management will no longer be relying on the travelers to put trash in the right can. Rather, the user can dispose of their item, and the smart recycling bin will automatically sort it into the right bin inside. 

Here’s how a smart recycling bin works:

  1. As soon as an item lands in the sensor chamber, it will automatically detect and recognize it through AI and machine learning.
  2. The recycling bin will divert the item into the corresponding bin (recycling and/or organic) and send the contaminated items into the landfill.
  3. The bin will also monitor its internal capacity and notify (via SMS or email) the custodial team when it’s full. 

Airport Recycling with Smart Bins

With the glaciers melting, wildfires erupting, and temperatures rising around the world, climate change is becoming more and more real every day. A smart recycling bin can be a game-changing instrument that has the potential to solve the airport recycling problem. A smart bin like TrashBot can sort trash three times more accurately than humans and keeps improving gradually. It offers features such as AI-powered trash sorting, an analytics dashboard, mobility, and a built-in display that make both recycling and recycling education easier.  

Waste Diversion 101 – What is it and how to measure it?

Waste Diversion 101 – What is it and how to measure it?

About 2700 liters of water go into making a single cotton shirt, which the average person would use for about two and a half years. The dilemma is that we wear the shirt for just a few years, and it ends up in a landfill. According to an EPA report, Americans generate about 292.4 million tons of trash every year, about 325 is recycled or composted, and 20% of what goes into the recycling bins is actually recycled. The amount of trash is growing year by year alongside its environmental and economic impacts.

In the context of waste management, waste diversion is the process of diverting and redirecting waste from landfills. We can redirect waste from landfills via recycling or reusing. Recycling is the process of using used material to make new products and reusing is the act of utilizing the full potential of a product. The goal of waste diversion is to ensure that products get to live out their life span and less waste goes into the landfills. 

In this article, we will discuss waste diversion, why it’s important, and how to measure it. We will also explore how you can divert waste from landfills by recycling, reusing, and reducing. 

Waste Diversion and Zero Waste

EPA defines waste diversion as: 

“The prevention and reduction of generated waste through source reduction, recycling, reuse and composting. Waste diversion generates a host of environmental, financial and social benefits, including conserving energy, reducing disposal costs, and reducing the burden on landfills and other waste disposal methods.”

The Zero Waste International Alliance defines zero waste as:

“Designing and managing products and processes to systematically avoid and eliminate the volume and toxicity of waste and materials, conserve and recover all resources, and not burn or bury them. Implementing Zero Waste will eliminate all discharges to land, water or air that are a threat to planetary, human, animal or plant health.”

Waste diversion and zero waste are similar concepts. Zero waste is a goal that cannot be achieved overnight. Companies like Microsoft are committing to achieve zero waste by 2030. Even universities are taking the initiative as Cal State LA commits to a sustainability plan with goals like achieving 90% waste diversion by 2026.

Why is Waste Diversion Important?

There are two important benefits of waste diversion:

  • Less garbage goes into landfills, which has significant environmental impacts.
  • Recycling and repurposing products reduce the need to extract new material and make new products. 

How to Measure Waste Diversion Rate?

Measuring your waste diversion rate is a simple two-step process. In the first step, you conduct a waste audit and use the obtained data to calculate the waste diversion rate. 

Step 1: Conduct a Waste Audit

The first step in measuring waste diversion is conducting a waste audit – a method of analyzing an organization’s regular waste stream. It helps you gather data about what’s currently being thrown away and how you can optimize the process via waste management strategies. 

You can conduct a waste audit in four ways:

  • Use a recycling smart bin such as TrashBot for an on-demand waste audit
  • Conduct an internal waste audit with your team 
  • Ask your waste hauler to conduct the waste audit
  • Outsource the waste audit to a third-party audit company

Here’s what a general trash stream looks like in a waste audit:

  • 36% organics
  • 14% glass, metals, and plastic
  • 10% paper
  • 1% cardboard
  • < 1% of electronic waste

Step 2: Calculate the Waste Diversion Rate

Once you have the data from the waste audit including the total weight of recycling, compost, and garbage, the next step is to put the values in the following formula:

Waste Diversion Rate =
Weight of Recycling/(Weight of Recycling + Weight of Garbage)
x100 

Step 3: Set Diversion Rate Target for Your Organization

After calculating the current waste diversion rate, you can set up a target waste diversion rate for your organization. It’s important to ensure that the program is communicated across your organization and that the custodial staff is also on board. With your team on board, you can evolve and improve to eventually meet the ultimate zero waste goals. 

How to Divert Waste using the 3Rs of Recycling

We can divert waste using the 3Rs of recycling:

  • Reducing waste involves choosing everyday products with care to minimize waste. For example, using silverware instead of plastic utensils or trading fast fashion for natural and durable.
  • Reusing means utilizing one product in many different ways. For example, turning an old tire into a swing for kids or using old bottles for decoration and growing plants. 
  • Recycling is the act of separating items such as paper, plastic, and metal from your regular garbage so that they can be processed into new products. 

Automate Waste Diversion with TrashBot

Measuring waste diversion manually takes a long time. You have to start by creating a team to conduct a waste audit, then using the data to calculate your waste diversion rates. Each process requires a long time and considerable resources. The solution to this is recycling technology such as TrashBot

TrashBot is a smart recycling bin that uses AI to sort and categorize trash and put it into the respective bins via robotic automation. The TrashBot is equipped with an analytics dashboard where users can monitor the bin’s capacity, diversion rates, and trends, and use the data to make strategic decisions. The best part of the smart recycling bin is that it provides real-time data that considerably reduces the cost, time, and resources.