Construction Air Quality Monitoring Dashboard


Community Air Quality Monitoring Dashboard

Battery Park City Resiliency Project — Resident-Friendly Monthly Summary

Current dashboard covers: December 2025 through March 2026

GTA is tracking these reports on behalf of residents because the official air monitoring documents are technical and not easy for most residents to interpret. Our goal is to identify recurring concerns, explain them clearly, and press BPCA and its contractors for reliable monitoring, transparent reporting, and stronger dust prevention before problems affect residents.

First, What Are We Measuring?

The official reports use technical terms like PM10, PM2.5, and VOC (Volatile Organic Compounds, generally vapor or chemical-type readings). Here is what those mean in plain English.

PM = Particle Pollution

PM stands for particulate matter. In everyday terms, this means tiny particles in the air, including dust, dirt, soot, smoke, or particles created by construction activity.

PM10 = Larger Dust

PM10 refers to larger airborne particles. For residents, this is often the kind of dust most associated with demolition, excavation, soil, debris, and windblown construction material.

PM2.5 = Finer Particles

PM2.5 refers to much smaller particles. These can be more concerning for people with asthma, respiratory conditions, heart or lung conditions, older adults, and young children.

GTA resident focus: The reports reviewed so far do not show sustained 24-hour PM exceedances, but they do show repeated short-term dust spikes. GTA is watching whether BPCA and its contractors are preventing these dust events, not just responding after they occur.

Current At-a-Glance Status

24-Hour PM Exceedances
0

No sustained PM10 or PM2.5 regulatory exceedances reported.

VOC Exceedances
0

No vapor or chemical exceedances reported in the reviewed months.

Latest Month PM Events
27

Short-term 15-minute PM events reported in March 2026.

Primary Watch Area
R5

Reach 5 has been the recurring hotspot in the reviewed reports.

Plain-English meaning: The reports do not indicate a sustained air-quality crisis, but they do show recurring short-term dust spikes that should be reduced through stronger prevention, better site stabilization, and reliable monitoring.

Month-by-Month KPI Summary

Month Areas Monitored 24-Hour PM Exceedances VOC Exceedances PM10 Short-Term Events PM2.5 Short-Term Events Total Short-Term PM Events Main Reported Causes GTA Watch Item
Dec. 2025 Reach 5, Reach 6 0 0 15 10 25 Paver demolition, site preparation, test pits, Upper Room demolition Active demolition dust
Jan. 2026 Reach 1, Reach 5, Reach 6 0 0 5 0 5 Wind gusts blowing loose soil during off-hours After-hours soil stabilization
Feb. 2026 Reach 1, Reach 5, Reach 6 0 0 14 5 19 Windblown soil, slab demolition, equipment exhaust, saw-cutting/chopping Dust control and equipment idling
Mar. 2026 Reach 1, Reach 3, Reach 5, Reach 6 0 0 16 11 27 Excavation, hand chopping, tree removal, exposed loose soil, wind events Reach 5 and off-hours wind events

As BPCA publishes additional monthly reports, a new row to this table.

Monthly Trend: Short-Term Dust Events

These are 15-minute PM10 and PM2.5 exceedance events. They are not the same as sustained 24-hour regulatory exceedances, but they are useful indicators of construction dust-control performance.

Dec. 2025
25
Jan. 2026
5
Feb. 2026
19
Mar. 2026
27
Plain-English takeaway: January was the lowest month for short-term dust events. March was the highest month reviewed, likely reflecting expanded and more active work areas.

PM10 vs. PM2.5 Events

PM10 is larger dust often associated with construction activity. PM2.5 is finer particle pollution and can be more concerning for residents with asthma, respiratory conditions, heart/lung conditions, older adults, and young children.

Dec. 2025 PM10: 15 / PM2.5: 10
Jan. 2026 PM10: 5 / PM2.5: 0
Feb. 2026 PM10: 14 / PM2.5: 5
Mar. 2026 PM10: 16 / PM2.5: 11
PM10 larger dust PM2.5 fine particles

Where Are the “Reaches”?

The official reports divide the project into construction zones called reaches. Most residents will not know these technical labels, so GTA is translating them into more familiar neighborhood areas.

Reach 1 Friendly area name: West Street Crossing / Tribeca Generally the northern project connection near West Street / Route 9A and the area approaching Tribeca.
Reach 2 Friendly area name: North BPC Esplanade Generally the northern esplanade area near Stuyvesant High School and northern Battery Park City.
Reach 3 Friendly area name: Rockefeller Park Includes the waterfront and park areas around Rockefeller Park and nearby open spaces.
Reach 4 Friendly area name: Belvedere Plaza / Irish Hunger Memorial area Generally the esplanade and plaza areas around Belvedere Plaza, the Lily Pond, Irish Hunger Memorial, and nearby ferry/plaza areas.
Reach 5 Friendly area name: North Cove Marina / Brookfield Place waterfront Includes North Cove Marina and adjacent waterfront/public spaces. This has been a recurring hotspot in the reports reviewed so far.
Reach 6 Friendly area name: South BPC Esplanade / Gateway area Runs south from North Cove toward the Gateway area, including nearby Albany Street, Rector Place, and West Thames Street ends. This is especially important for Gateway residents.
Reach 7 Friendly area name: South Cove Includes South Cove and the nearby esplanade area connecting toward the southern Battery Park City resiliency work.
GTA watch item: The early air monitoring reports reviewed so far focus mainly on Reaches 1, 3, 5, and 6. For Gateway residents, Reach 6 is especially important because it includes the South Esplanade and nearby street-end work areas closest to Gateway.

What Caused the Short-Term Dust Spikes?

Cause Category What It Means Resident Concern
Demolition / paver removal Breaking or removing hard surfaces can create dust. Needs wetting, containment, and careful work sequencing.
Excavation / hand chopping Digging and breaking material can release dust. Needs water, barriers, and close monitoring.
Saw-cutting / chopping Cutting concrete or similar material can create intense short-term dust. Should be controlled directly at the source.
Windblown loose soil Exposed soil moves during gusts, often after work hours. Suggests need for better end-of-day, weekend, and pre-storm stabilization.
Equipment exhaust / idling Diesel or equipment exhaust can affect PM2.5 readings. Equipment should not idle near monitors, buildings, or pedestrian areas.

Resident-Friendly Interpretation

What is reassuring?

  • No reported sustained 24-hour PM10 or PM2.5 regulatory exceedances.
  • No reported VOC exceedances.
  • Most short-term events reportedly dropped below action levels by the next monitoring interval.

What remains concerning?

  • Recurring short-term dust spikes, especially PM10.
  • Windblown loose soil during off-hours.
  • Reach 5 appears to be a recurring hotspot.
  • Power interruptions and monitor downtime reduce confidence in continuous monitoring.

GTA Watch List for BPCA / Project Team

Question / Watch Item Why It Matters to Residents
How is loose soil stabilized after hours, on weekends, and before windy weather? Several exceedances were attributed to windblown loose soil when the contractor was not working.
Can monitor power outages be reduced? Residents need confidence that air monitoring is continuous and reliable.
Can BPCA publish a simple monthly public dashboard? The official reports are technical and difficult for many residents to interpret.
Can dust controls be more proactive rather than reactive? Many events were short-lived, but repeated events suggest prevention should be strengthened.
Can report errors or inconsistencies be corrected? Accurate, clear reporting is important for public trust.

How to Read This Dashboard

PM10: Larger dust particles often associated with construction, demolition, soil, and debris.

PM2.5: Finer particles that can be more concerning for people with respiratory or heart conditions.

VOC: Volatile Organic Compounds, generally vapor or chemical-type readings.

15-minute exceedance: A short-term reading above a project action level. It does not necessarily mean the air exceeded a full-day regulatory standard.

24-hour exceedance: A longer-term regulatory exceedance measured over a full day. The reports reviewed did not identify these for PM10 or PM2.5.

Source note: This dashboard is based on monthly Community Air Quality Monitoring Reports prepared by Enovate Engineering, PLLC for the Battery Park City Resiliency Project, covering December 2025 through March 2026. GTA summarizes these technical reports for residents in plain English.

Important note: The official reports sometimes contain wording or count inconsistencies. GTA’s dashboard uses the listed event counts and should be updated as BPCA or the project team publishes corrected or additional information.

Last updated: May 15, 2026. This page should be updated monthly as new monitoring reports are released.