Smart Waste Management

Enevo Technology

Megan Krause / uni: mhk2152

Summary of Problem

Managing the waste generated in urban centers is costly and requires flexibility and certainty. Cities generate roughly 1.3 billion tons of solid waste per year and is expected to rise to 2.2 billion tons by 2025, an increase of 70%. The global costs associated are expected to increase from $205 billion per year in 2010 to $375 billion per year by 2025.

NYC singularly generates approximately 12,000 tons of solid waste every day and faces uncertainty of stability as its budget is continually cut. During the pandemic the budget of sanitation budget was cut by more than $100 million, leading to trash pile-ups on the sidewalks and in NYC Parks. NYC’s struggle to match the sanitation department’s budget with the needs of the city is not unique. Smarter waste management is needed to make a difference.

Technology Solution

  • Enevo is a technology mentioned in “3 Sustainable Uses of the Internet of Things” that monitors waste bins to understand the pattern of volume, use, and frequency visited
  • The technology intuitively gives users the information necessary to design thoughtful pickup strategies, address systematically overflowing waste bins, and reduce schedule for bins that are not filled
  • The proper cost of a sanitation department in places like NYC can be more exactly predicted and extraneous routes eliminated to ensure that the department is running most efficiently while matching the residents’ demand for quality of life
  • After steady use and monitoring of the information collected with Enevo, it may be possible to better analyze where most of the solid waste is being generated and develop strategies on how to lower it.

Organizational Stakeholders

In order to successfully implement this technology in a city, it would be necessary to have leadership buy in from the mayor’s office in order to ensure that this is a strategic focus and financial necessity for the city. There would also need to be a leadership champion at the department of sanitation to advocate for the technology.

The data analytics team at the department of sanitation would likely be responsible for consuming the information and making recommendations to route adjustments. And the logistics teams who coordinate the routes will need to use this information to proactively adjust the plan.


  1. Identify task force based on important organizational stakeholders
  2. Plan for a one-year pilot to prove effectiveness. The one-year timeline will secure budget and also provide an opportunity to show projected savings of technology use over time.
  3. Prioritize installation of Enevo by ranking location of highest volume and lowest volume collection sites and then simultaneously install at highest and lowest sites until met in the middle.


Sustainable Internet of Things


2 thoughts on “Smart Waste Management

  1. For the city of NY this solution is probably more geared towards residential waste pickup, but on the commercial side this technology could be used to help the city put together proposed zones for commercial pickup. I believe the talks were put on hold due to COVID but the city was looking into bidding out pickup coverage zones in order to curb emissions from private companies collecting commercial trash within the city. Currently companies can pick up almost anywhere in the city, which leads to some inefficient routes that increase local emissions as companies may crisscross the boroughs to reach their customers. By having a centralized view of trash trends the city may be able to more informatively zone the boroughs for this proposal, as well as provide more data that companies can use to determine their capacity to handle a zone and inform what price they might want to bid in.


  2. Megan – this technology by Enevo would be a great asset to the NYC Sanitation department. It should improve the efficiency of the waste management pick up within NYC and allow the work schedule for their employees to maximize their time in the field. I like your idea of a one-year pilot program to prove the usefulness of this technology.


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