The UtilityRadar field guide

Utility Infrastructure Guides and Explainers

In depth guides, technology explainers, and data analyses for water, wastewater, power, renewables, and utility infrastructure.

Operations Jul 15, 2026

Is Biomass Really Renewable? The Carbon Debate

Biomass is officially classified as renewable but the carbon accounting is contested. What the debate is really about, and where biomass makes sense.

UT UtilityRadar Team
Operations Jul 15, 2026

Biological Nutrient Removal: How Plants Strip Nitrogen and Phosphorus

How wastewater plants use bacteria to strip nitrogen and phosphorus. Nitrification, denitrification, and enhanced biological phosphorus removal.

UT UtilityRadar Team
Operations Jul 15, 2026

How a Water Treatment Plant Works: From River to Tap

The five stages of drinking water treatment: intake, coagulation, sedimentation, filtration, disinfection. What each stage does and why it matters.

UT UtilityRadar Team
Operations Jul 15, 2026

Geothermal Energy Explained: Power From the Earth's Heat

How geothermal power plants tap Earth heat, where they operate, and why enhanced geothermal systems could unlock 100x more capacity globally.

UT UtilityRadar Team
Operations Jul 15, 2026

Renewable Energy: The Complete Guide

Solar, wind, hydro, geothermal, biomass. What renewable energy is, how each source works, current global capacity, and the trajectory to 2050.

UT UtilityRadar Team
Operations May 9, 2026

Treatment plant resilience: planning for climate-driven loads

Heatwaves, intense rainfall, sea level rise, and saltwater intrusion all hit wastewater plants. Resilience planning, staged programme, and metrics.

UT UtilityRadar Team
Operations May 9, 2026

Sludge management: from primary settling to disposal

Wastewater treatment is mostly a sludge problem. Half of operating budget sits downstream of the secondary clarifier. The full technology picture.

UT UtilityRadar Team
Operations May 9, 2026

Combined sewer overflows: causes, controls, and reporting

Why combined sewer overflows happen, how they are measured and reported, and the interventions that actually reduce the volume in older networks.

UT UtilityRadar Team
Operations May 9, 2026

Capacity utilization: why 80% is the danger zone

A wastewater plant above 80 percent design capacity loses storm, maintenance, and permit headroom. What breaks first, and how to defer expansion.

UT UtilityRadar Team

From reading to data

Every article references real plants. See their data.

Locations, capacity, operators, and permits for 177,000+ utility infrastructure sites across 24 sectors: the same records our writers pull from.

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