Algorhythm markets 1,500 MW Mississippi power campus with 10% stake
Algorhythm Holdings says its Azure Energy unit is preparing a 1,500 MW combined renewable natural gas and biomass project in Mississippi for market as engineering nears completion. The company says the site could support a data center or advanced manufacturing tenant, with a sale or long-term operation both possible in 2027.
Why it matters: - The Mississippi project combines power, water and site readiness in one package, which could appeal to large-load tenants that need speed to market. - Algorhythm Holdings is positioning the project as either a long-term cash-flow asset or a saleable development, giving the company two ways to unlock value. - The project’s size and behind-the-meter structure could make it relevant to data centers and advanced manufacturers looking for dedicated energy supply.
What happened: - Algorhythm Holdings said Azure Energy is preparing a 1,500 MW combined renewable natural gas and biomass power project in Mississippi for market. - Engineering for the project is nearly complete. - The project is being marketed to potential tenants, including data centers and advanced manufacturing facilities, that could co-locate on the site. - Algorhythm Holdings said Azure currently holds a 10% equity stake in the project.
The details: - The project is valued at up to $1.66 billion if sold, based on prevailing market conditions. - The full campus is planned for a 1,664-acre site in north-central Mississippi. - The design includes 500 MW of net generation from a biomass pyrolysis-to-power plant, 1,000 MW of natural gas generation and a 150,000-ton absorption chilled water plant. - All output is planned to be delivered behind the meter to a single co-located large-load tenant. - The company identified hyperscale data centers and advanced manufacturing facilities as the target tenant types. - The campus is expected to come online in three phases. - The first phase is expected to deliver about 250 MW within 18 months of notice to proceed. - Full generation capacity is expected within 54 months of notice to proceed. - Local development partners have secured feedstock through a right of first refusal and a memorandum of understanding. - Phase II engineering is scheduled for completion in October 2026. - An independent engineer report is due in December 2026. - Azure expects about $5 million in fee income in 2027 under the current scope of engagement. - The company said additional fee income remains under negotiation. - If the project is completed as scheduled, Azure is projected to earn about $40 million in annual EBITDA once the project reaches full operation. - If the project is sold after final permitting in early 2027, Azure would expect gross proceeds of about $166 million from its equity stake, plus transaction-management fees.
Between the lines: - The company is signaling that the project may be more valuable as a ready-to-market asset than as a purely operating project, depending on buyer demand in 2027. - The emphasis on shovel-ready infrastructure, power and water suggests Algorhythm is targeting customers that value reduced development risk and faster deployment. - The dual-path structure also gives Algorhythm flexibility if capital markets or tenant demand change.
What's next: - Algorhythm expects to choose capital markets partners before the end of Q4 2026 to review offers. - Full marketing of the project is expected to begin in early Q1 2027. - Final permitting is expected in early 2027, which could set up either a sale or continued project development. - Andrew Thompson, Algorhythm’s CEO, said the company is now deciding how to launch a comprehensive marketing process.
The bottom line: - Algorhythm is trying to turn its Mississippi energy campus into a high-value, near-ready asset for data center or industrial users, with a possible sale or operating payoff ahead in 2027.
More information: the company's announcement
Company websites: Azure Energy, SemiCab
Disclaimer: This article was produced by AGP Wire with the assistance of artificial intelligence based on original source content and has been refined to improve clarity, structure, and readability. This content is provided on an “as is” basis. While care has been taken in its preparation, it may contain inaccuracies or omissions, and readers should consult the original source and independently verify key information where appropriate. This content is for informational purposes only and does not constitute legal, financial, investment, or other professional advice.
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