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New York, NY· NYU Langone Health· 830 beds

NYU Langone Tisch Hospital

Urban academic medical center with a strong green building portfolio, LEED certified construction across recent expansions, and active waste, energy, and procurement programs.

LEED constructionUrban
Sustainability report
Peer benchmark

Compare to peers

Better than peers on progress
0%
vs. 0 peers · median 0%
Better than peers on waste/bed
0%
peer median 0.0 t/bed/yr
Your progress
55%
2 stated goals

Percentiles compare this hospital against peers in the selected set. Higher is better on both metrics.

Stated commitments

Goals & progress

LEED certified new construction
Target Sustained by 2025 · baseline 2018
Achieved
100% of the way to goal0 yrs remaining
Source: NYU Langone Sustainability
Expand waste reduction & recycling programs
Target Ongoing by 2027 · baseline 2020
On track
50% of the way to goal1 yrs remaining
Source: NYU Langone Sustainability
Projected impact if deployed
Current 50%Projected 61.9%
+11.9 pts
Est. 298 tons/yr of waste diverted across the matched solutions.
Contributing solutions

Directional estimate. Tons modeled from this hospital's annual waste footprint and category benchmarks (Practice Greenhealth, vendor case studies). Diminishing returns applied when multiple solutions share a category.

Behind on this goal — 3 peers further along:
Vendor match

Solutions that map to these goals

Products from our solutions directory that align with this hospital's stated commitments and active projects.

Compostable supplies
BioGown compostable isolation gown
Terraloam

The first closed loop, 100% compostable medical isolation gown. Replaces single use plastic gowns with a plant based alternative collected and composted through a take back program.

Impact: 176K+ gowns diverted from landfill, 95% collection rate, Premier Innovation Award winner.
View details →
Recycling & circularity
BioDigester on site composter
Terraloam

On site aerobic digester that turns up to 220 lbs of hospital food waste and Terraloam compostable film gowns into finished compost in 24 hours closing the loop between cafeteria and clinical waste streams.

Impact: Diverts ~40 tons/yr of combined food waste and compostable PPE per unit from landfill or incineration with no off site hauling.
View details →
Recycling & circularity
GENERATIONS closed loop lab plastic recycling
BD + Envetec

On site treatment system that decontaminates and recycles polystyrene petri dishes, PET tubes, medical tubing and polypropylene syringes back into usable resin.

Impact: Pilot study confirmed recovered resin meets virgin grade specs for re manufacture into healthcare plastics.
View details →
Compostable supplies
Plastic free medication cup
Plastilose

First fully plastic free, PFAS free medication cup, made from bacterial cellulose. Naturally biodegrades in ~3 months and is ISO 10993 biocompatibility tested.

Impact: Replaces billions of single use plastic souffle cups used for med pass each year.
View details →
Recycling & circularity
On site lab plastics recycling
LabCycle

UK university spin out (NHS Innovation Accelerator fellow) that decontaminates and recycles lab consumables pipette tips, tubes, plates into reusable polymer feedstock on site.

Impact: Pilots with NHS trusts and Bristol Uni diverting tonnes of lab plastic from incineration.
View details →
Compostable supplies
Compostable hydrocolloid wound dressing
Dermeco

Finnish startup making the first fully ecological hydrocolloid dressing decomposes to CO₂, water and humus with no microplastic residue.

Impact: Replaces petroleum based wound dressings, a high volume bedside waste stream.
View details →
Underway

Waste reduction projects

RecyclingSince 2022
Battery & e waste recycling hubs
Active across main campus
EnergySince 2020
Green building standards on expansion projects
LEED certification carried across recent builds
Proof points

Case studies & pilot programs

Publicly documented programs where this hospital or its parent system reported measurable results.

Climate resilience2018

PEER Platinum cogeneration after Superstorm Sandy

After Sandy flooded the campus, NYU Langone rebuilt with an on site cogeneration plant and hardened infrastructure, becoming the first medical campus in the world to earn USGBC PEER Platinum certification.

Result
Operational resilience during subsequent storms with reduced grid emissions per kWh.
Source: USGBC PEER case study
Climate resilience2024

CR4HC climate resilience case study

Profiled by the U.S. Climate Resilience Toolkit for systematically hardening its 3.5M sq ft Manhattan medical campus against flooding, heat, and power loss.

Result
National reference design for climate resilient academic medical centers.
Source: U.S. Climate Resilience Toolkit