Infrastructure Stress in Cape May Point, NJ: High
Modeled stress 46% · high · 2 water systems · Updated
Cape May Point's heuristic infrastructure stress indicator is in the high model band. It does not establish that a pipe or system will fail.
Data: EPA ECHO, Census ACS, NTSB Last verified:
What is the infrastructure stress indicator?
The infrastructure stress indicator is a heuristic 0-100 composite of housing age, state funding need, violation history, and lead evidence. It is not a probability, measured pipe condition, or forecast of breaks, pressure loss, or contamination. Cape May Point's average indicator is 46/100.
Infrastructure Risk Distribution
Cape May Point is covered by a single ZIP code. Its infrastructure risk level:
Infrastructure Risk Overview
Cape May Point, New Jersey has a high modeled infrastructure stress level with an average heuristic indicator of 46/100. The result does not establish that any pipe or system will fail.
The infrastructure stress indicator combines source inputs for housing age, funding need, violation history, and lead evidence. It does not measure the likelihood of pipe failure, water-main breaks, or system degradation.
Key Infrastructure Metrics
| Metric | Value |
|---|---|
| Stress indicator | 46/100 |
| Modeled stress level | high |
| Water systems | 2 |
| Median build year | 1965 |
| Pre-1986 housing | 69% |
| CO/gas incidents | 0 |
| ZIP codes | 1 |
| Population | 155 |
Infrastructure Risk Distribution
How Cape May Point's 1 ZIP code is distributed by infrastructure risk level:
| Risk Level | ZIP Codes | Percentage |
|---|---|---|
| Low | 0 | 0% |
| Moderate | 0 | 0% |
| High | 1 | 100% |
| Very High | 0 | 0% |
100% of Cape May Point's ZIP codes are in the high or very-high modeled stress category. This is a distribution of heuristic inputs, not a failure forecast.
Water System Age and Pipe Materials
The median home in Cape May Point was built in 1965 (approximately 61 years old). Housing age is one of the strongest proxies for water infrastructure age, as service lines and interior plumbing were typically installed during construction.
Pipe material risks by era:
| Era | Common Pipe Material | Expected Lifespan | Key Risk |
|---|---|---|---|
| Pre-1940 | Lead, cast iron | 50-75 years | Lead contamination, corrosion |
| 1940-1960 | Galvanized steel, cast iron | 40-60 years | Rust, lead solder, reduced flow |
| 1960-1980 | Copper, galvanized steel | 50-70 years | Lead solder (pre-1986), pinhole leaks |
| 1980-2000 | Copper, PVC, CPVC | 25-50 years | Chlorine degradation of plastics |
| 2000+ | PEX, copper, CPVC | 25-50+ years | Generally low risk |
With 69% of Cape May Point's homes built before 1986, a significant portion of residential plumbing may contain lead solder or aging pipe materials.
Carbon Monoxide & Gas Safety
The available county record contains no CO/gas incidents. The average CO risk score is 0 out of 100.
Carbon monoxide is odorless and colorless - it is the leading cause of poisoning deaths in the U.S. Risk factors include:
- Gas furnaces, water heaters, and stoves
- Attached garages
- Blocked chimneys or vents
- Portable generators used indoors
Prevention:
- Install CO detectors on every level, especially near bedrooms
- Have gas appliances inspected annually
- Never run generators, grills, or cars in enclosed spaces
- Replace CO detectors every 5-7 years
What Homeowners Can Do
Pipe Inspection
- Hire a licensed plumber to inspect your service line and interior plumbing
- Check for discolored water (brown/orange = rust; white/cloudy = air or sediment)
- Test water pressure - low pressure may indicate buildup in aging pipes
- Look for visible corrosion on exposed pipes in basement or utility areas
Water Heater Maintenance
- Flush your water heater annually to remove sediment
- Check the anode rod every 2-3 years (prevents tank corrosion)
- Set temperature to 120F to prevent scalding and reduce energy use
- Replace water heaters older than 10-15 years proactively
CO Detector Placement
- One detector per floor, minimum
- Within 10 feet of each bedroom door
- Near attached garage and utility room
- 5 feet above the floor (CO rises with warm air) or on the ceiling
- Not near windows, doors, or HVAC vents (air movement causes false readings)
Cape May Point vs. Nearby New Jersey Cities
How Cape May Point's infrastructure compares to nearby cities:
| City | Water Systems | Violations | Population |
|---|---|---|---|
| Cape May Point | 2 | 3 | 155 |
| Fortescue | 0 | N/A | 153 |
| New Gretna | 0 | N/A | 158 |
| Quinton | 0 | N/A | 173 |
ZIP Codes in Cape May Point
Cape May Point covers 1 ZIP code served by 2 water systems. Infrastructure condition varies by ZIP code based on housing age, pipe material, and water system maintenance. Check your specific ZIP code for localized data.
Data Sources
- Water systems: EPA ECHO - Enforcement and Compliance History Online
- Infrastructure risk: Derived model (housing age, violation history, system assessments)
- Housing age: U.S. Census Bureau American Community Survey (ACS)
- CO/gas incidents: NTSB, PHMSA pipeline incident reports
Source reporting periods vary. See each cited source for its publication schedule.
Infrastructure Risk by ZIP Code in Cape May Point
Cape May Point is covered by a single ZIP code, so one infrastructure profile applies citywide. Risk within it still depends on system age, pipe materials, and violation history.
| ZIP Code | Grade | Score | Violations | |
|---|---|---|---|---|
| 08212 | N/A | /100 | 3 | View report → |
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