Research & Resources
Understand the data behind the affordability crisis, environmental challenges, and the opportunity for lower-loss infrastructure systems.
The Data Behind the Challenge
Understanding the scale of hidden losses in infrastructure systems makes the case for change.
The Affordability Crisis
Water/Sewer/Sanitation Inflation
4.7% annually (vs. 2.4% overall inflation)
Driven by hidden system losses
Electricity Costs
$0.1252/kWh (2014) → $0.1648/kWh (2024)
31.6% increase in 10 years
Natural Gas Costs
$10.78 → $14.50 per thousand cu. ft.
34.5% increase in 4 years
Households Without Affordable Water
12-19.2 million U.S. households
EPA threshold: 3-4.5% of income
Infrastructure Investment
Water/Wastewater Need
$1.255 trillion over 20 years
$62.8 billion annually before inflation
Water Delivery Need
67.7% in distribution/transmission
Joints and connections are critical
Winter Water-Main Breaks
60% increase during cold weather (WSSC)
Waterbury, CT (2025): $33.7M repairs
Gas System Risk
6,300 incidents (2012-2021): 112 deaths, $2B+
Connection failures drive major incidents
Climate & Environmental Context
Amazon Deforestation
17% forest loss in 50 years
Accelerating toward tipping point. System inefficiency contributes to pressure on remaining forest.
Western Water Crisis
18% snowpack coverage vs. historical
California water stress drives agricultural and settlement challenges. Better conveyance is climate adaptation.
Coastal Adaptation
Rising seas, intensifying storms
Infrastructure must adapt to saltwater, higher pressure, and extreme events. Non-porous systems are essential.
Key Insights
The research shows consistent patterns in how lower-loss infrastructure creates value.
1. Affordability Drives Adoption
Utilities and municipalities prioritize solutions that reduce cost and improve reliability. Lower-loss infrastructure delivers both immediately (faster installations) and long-term (lifecycle cost reduction). The business case is strong enough to overcome incumbent technology inertia.
2. Standards Create Markets
Clear specifications and performance requirements attract capital and innovation. When municipalities adopt lifecycle-cost procurement, manufacturers respond with products designed for durability. Standards matter more than subsidies for scale.
3. Workforce Development Is Adoption Infrastructure
Successful adoption requires labor market alignment. Workers trained in new standards become advocates. Certification increases quality and reduces rework. Career pathways attract skilled people. Labor-management collaboration accelerates transition.
4. Environmental Impact Is Measurable
Water conservation, emissions reduction, and maintenance burden reduction are directly quantifiable. Utilities documenting these metrics gain public and political support for ongoing investment. Measurement enables continuous improvement.
5. Connection Points Are Where Systems Fail
Most major infrastructure incidents (gas explosions, water main failures) originate at joints and connections. Verification and integrity at these points is not a luxury—it's a safety and resilience imperative. Better connection systems are among the highest-ROI infrastructure improvements.
Recommended Reading
Key resources on infrastructure, affordability, climate adaptation, and workforce development.
EPA Water Infrastructure Report
"Progress Toward Restoring America's Waters." Comprehensive data on water/wastewater financing and infrastructure challenges.
View resource →NTSB Pipeline Safety
"Most Wanted: Pipeline and LNG Safety." Analysis of connection failures in natural gas systems and recommended improvements.
View resource →World Bank Water Security Report
Infrastructure resilience and climate adaptation in water systems. Case studies from regions managing scarcity.
View resource →Labor-Management Research on Standards
Studies showing workforce training increases adoption of new standards and improves implementation outcomes.
View resource →