Let’s work together to build responsible innovation

Hyperscale data center is a purpose-built campus designed for massive computing workloads from cloud providers and AI platforms. These facilities have dedicated power infrastructure, advanced cooling, and redundancy at every layer. They're built to operate 24/7/365 with extremely high reliability, because the services they support (cloud computing, AI training, streaming, financial transactions, etc.) can't afford downtime.

Our campuses use closed-loop cooling systems. The water recirculates continuously within sealed loops rather than being consumed and discharged. This is the most water-efficient approach available for data center cooling. For comparison, conventional data centers using evaporative cooling can consume millions of gallons of water per day. Closed-loop systems use a fraction of that. A typical golf course, hospital, or manufacturing plant uses significantly more water daily than our facilities. We're happy to share project-specific water data for any of our campuses.

There are many factors that raise electric rates. Aging grid infrastructure needs replacement. Fuel costs fluctuate. Regulatory compliance, extreme weather events, and the cost of transitioning to cleaner energy sources all put upward pressure on what ratepayers pay. New large-scale demand is a fair concern on top of all of that. Here's why an Emergent campus isn't one of those factors. We build our own substation and transmission infrastructure. We're not plugging into an already-strained grid and asking local ratepayers to absorb the cost. We fund, design, and construct the backbone power infrastructure ourselves, we pay for any upgrades required by the grid operator, and we pay for the energy we use. The local grid gets strengthened, not burdened.

For example, a 1 GW campus generates substantial property tax revenue that directly benefits local schools, municipal services, and infrastructure budgets. At full buildout, it supports several hundred permanent, high-paying positions in operations, maintenance, security, IT, and facilities management. The tenant will have its own staff on-site too. And the indirect activity (vendors, contractors, service providers, hospitality, retail) grows alongside it.

Data centers produce some operational noise, primarily from cooling systems and backup generators during testing. We design our campuses to meet or exceed local noise ordinances at the property line. That starts with site selection: our campuses sit on industrial-zoned land, typically with significant setbacks from residential areas. Mechanical equipment is oriented and enclosed to direct sound away from neighbors. We also monitor noise levels during operations. If a community has concerns, we want to hear about them so we can address them directly.

Data centers use backup generators for emergency power. Those generators aren't unmonitored smokestacks. Modern standby systems run a full emissions-control chain: diesel particulate filters that physically trap soot before it reaches the air, selective catalytic reduction that converts NOx into nitrogen and water, and diesel oxidation catalysts that break down carbon monoxide and unburned hydrocarbons. In the U.S., stationary emergency generators are held to EPA Tier 4 Final standards, which are among the strictest diesel emissions regulations that exist. Our systems continuously monitor filter backpressure, exhaust temperature, and runtime, and they log that data every cycle. This isn't something we check at install and walk away from. The controls run automatically, the data is recorded, and the equipment is built to prove it's working. We're not going to pretend the broader conversation about generator use near communities doesn't matter. It does. But the idea that these systems operate without controls or oversight doesn't match the engineering that's actually deployed on site.

We show up early and stay. That means engaging with local government, residents, and stakeholders before we break ground. We answer questions publicly, address concerns directly, and commit to being a long-term neighbor. A campus only works if the town around it works too. Our job is to show up first, listen, and stay accountable through entitlement, construction, and the decades the facility operates.