Here’s the updated description with both configurations:

Site A1 is a 1-megawatt Bitcoin mining installation strategically positioned near Freer in South Texas, one of the most resource-rich natural gas production corridors in North America. The site harnesses stranded natural gas — gas that would otherwise be flared or vented without commercial value — and converts it into reliable, low-cost electrical power through a proven Used CAT G3516 generator, a workhorse of industrial power generation known for its field-proven durability and consistent output under continuous load. Site A1 is available in two configurations: hydro-cooled and air-cooled, allowing buyers to select the setup that best matches their capital position and operational preferences.

Site A1 HYD — Hydro-Cooled Configuration

Mining operations in the HYD configuration are contained within a Foghashing S1200 hydro-cooled container, representing the premium standard in liquid-cooled ASIC management. Hydro cooling dramatically extends the operational lifespan of mining hardware, eliminates thermal throttling, and enables sustained full-load performance across all weather conditions — a decisive advantage in the demanding South Texas climate. The facility runs 210 units of the Bitmain S21+ Hydro ASIC, generating 83 petahash per second of Bitcoin hashrate at 15 joules per terahash. The HYD configuration carries a total project investment of $1,793,000, operates at an effective power cost of 4.42 cents per kilowatt-hour, and produces approximately 0.93 BTC per month at a Bitcoin production cost of $35,040 per coin.

Site A1 AIR — Air-Cooled Configuration

The AIR configuration offers a lower barrier to entry while maintaining the same proven gas-to-power foundation. Mining operations run inside a Custom 2 MW New Container purpose-built for air-cooled deployment, housing 300 units of the Bitmain S21 XP ASIC at 13.5 joules per terahash — a highly efficient air-cooled unit that delivers strong hashrate performance without the infrastructure complexity of liquid cooling. Total hashrate capacity reaches approximately 81 petahash per second. The AIR configuration carries a total project investment of $2,200,000, operates at the same effective power cost of 4.42 cents per kilowatt-hour, and produces approximately 1.08 BTC per month at a Bitcoin production cost of $32,316 per coin — a lower cost per coin than the HYD configuration due to the higher ASIC count and efficiency of the S21 XP hardware.

Both configurations share the same gas source, generator, and South Texas location. The HYD configuration offers lower upfront capital and the durability benefits of liquid cooling. The AIR configuration offers a higher monthly Bitcoin yield and a better cost-per-coin at a modestly higher total investment. Buyers are encouraged to model both against their capital deployment targets and operational preferences before selecting a configuration.