Algorhythm Holdings says its Azure Energy business is marketing a proposed 1,500-megawatt power campus in north-central Mississippi to data centers and industrial customers. The October 23 announcement describes a $7.34 billion development combining woody biomass conversion, natural-gas generators and large-scale cooling, but no customer or final investment commitment has been announced.

The proposed 1,664-acre site would include 500 MW of biomass pyrolysis-to-power generation and 1,000 MW of natural-gas generation. Those figures are planned electrical capacity, not installed equipment or electricity already delivered to a computing facility.

The proposed electricity mix

Azure proposes to deliver all electricity behind the meter to one colocated large-load customer. A hyperscale data center is one possible buyer, but the company is also marketing the project to advanced manufacturers. The announcement did not identify the specific Mississippi location or a signed power-purchase agreement.

The 150,000-ton absorption chilled-water system described in the plans would provide cooling capacity alongside generation. Tons of refrigeration measure a rate of heat removal; the figure is not a volume of water, and the company has not published a full cooling-water consumption forecast.

Biomass technology and emissions questions

Algorhythm says its Azure P2P process would turn low-value forest wood into dispatchable electricity. In general, pyrolysis heats biomass without oxygen to create combustible products that can be used to generate power. That does not establish that the proposed 500 MW process has already achieved commercial-scale performance.

The company’s release calls the overall concept renewable natural gas and biomass, but it separately describes 1,000 MW as natural-gas generation without documenting the share supplied by certified renewable gas. The fuels’ origin, lifecycle emissions and site-specific permits remain relevant questions.

An operating woody-biomass plant built by Mitsubishi Power in Japan provides a real-world comparison for the industrial scale of biomass electricity generation. Its combustion technology and 50 MW rating should not be mistaken for Azure’s proposed Mississippi pyrolysis system.

Timelines depend on a customer and financing

The engineering schedule is also conditional. Azure targets an initial 250 MW within 18 months after notice to proceed and the full 1,500 MW within 54 months of that trigger. No notice-to-proceed date was disclosed; these are relative development targets, not guaranteed opening dates.

Algorhythm separately estimated the project could be sold for up to $1.66 billion after final permitting, potentially in early 2027. That potential transaction value is different from the $7.34 billion total development estimate. The company says Azure holds a 10% equity stake, but a sale at that valuation has not occurred.

The decisive next evidence would be an independent engineering report, environmental approvals, finance commitments and an identified customer. Until then, the 1.5 GW figure is a marketed proposal, not a new operating source of energy for AI data centers or Bitcoin mines.

BitcoinVersus.Tech — Independent reporting on energy, Bitcoin mining and computing infrastructure.

Editor’s Note: We volunteer daily to ensure the credibility of the information on this platform is Verifiably True. We support this independent reporting through voluntary contributions. Scan the original QR code below to donate 5,000 sats (best results on a laptop or larger screen).

On mobile, save or screenshot the QR image and open it using your Bitcoin wallet’s scan-from-photo function if available. Alternatively, show it on another screen and scan it using your phone.

BitcoinVersus.tech is not a financial advisor. This media platform reports on financial subjects purely for informational purposes.