Skip to Main Content

Future Steps

Students collecting trashUMBC’s proposed strategies for the reduction of GHG emissions associated with waste management focus on the following areas: reduce solid waste generation, increase waste diversion rate from the landfill, and increase total organic waste diversion.

Solid Waste Generation Reduction

Objective

Reduce the amount of solid waste generated.

Implementation Plan
  1. Work with procurement to identify purchasing and contractual mechanisms to reduce the amount of packing materials associated with the freight of goods
  2. Collaborate with work control to increase the number of institutional items salvaged for reuse or destined for surplus
Reduction Opportunity

1 MTeCO2 reduction per 7 tons of waste reduced

Required Resources

Work with procurement to identify contracting opportunities to specify reduction of bulk paging

Suggested Timeline

2025: reduce solid waste generation by 10 tons

2035: reduce solid waste generation by an additional 10 tons

Increase Waste Diversion Rate

Objective

Increase the amount of materials entering the recycling stream.

Implementation Plan
  1. Improve recycling rate through engagement/education
  2. Increase recycling through the identification of unique recyclable materials and programs
  3. Continue and expand Trex University challenge to recycle single-use plastic bags
Reduction Opportunity

 Every 1 ton of material diverted from the landfill is an avoidance of 0.1467 MTeCO2

Required Resources

Time and materials devoted to recycling education and engagement of the campus population

Suggested Timeline

2025: Increase diversion rate to 45 percent

2035: Increase diversion rate to 55 percent

Organic Waste Diversion

Objective

Increase the amount of pre and post-consumer organic waste (i.e., compost) diverted from campus.

Implementation Plan
  1. Increase the amount of organic waste diverted from campus dining establishments
  2. Identify areas on campus to feasibly expand the collection of organic waste collection
Reduction Opportunity

For every ton of organic waste diverted and composted -0.05 MTeCO2 is “offset” to UMBC’s carbon emissions.  The negative emissions factor is an estimate for the CO2 sink from increased humus formation and soil carbon restoration associated with composting.

Required resources
  1. $ per year for increasing composting efforts at campus dining establishments
  2. $ per year for expanding compost collection on campus
Timeline

2020: Pilot organic compost collection point(s) on the residential side of campus

2025: Increase organic waste diversion at campus dining establishments by 20% from 2019’s metrics

2030: Offer organic waste diversion throughout the entire campus

2040: Attain net-zero carbon emissions from the disposal of solid waste