The names on this page are hidden. Create a free account to reveal 5 records a month, or get Private Equity Intelligence at $249 a month for every name. Every figure, date and source on this page is public either way.

Transactions / M••••••••• A•••••• L••

A•••• Group Acquires M•••••••••, Forging High-Tech Waste-to-Value Niche

Add-on acquisitionclosedadd-onannouncement date unknownFact
What happened
Platform
T•• A•••• G••••add-on basis: This move demonstrates a deep, continuing commitment from H••••••••, which first invested in A•••• in 2021 and has since overseen five add-on acquisitions.
Control
Control
Share acquired
unknown
Industry
unknown
Target location
unknown
Seller kind
unknown
Rollover
unknown
Values, only where disclosed
Enterprise value
Not disclosed
Purchase price
Not disclosed
Equity value
Not disclosed
Target revenue
Not disclosed
Target EBITDA
Not disclosed
Multiple
Not disclosed
Parties and roles
4 named
Buy side
  • “The Sweetwater acquisition demonstrates A••••’s continued evolution from a pure-play waste treatment company into a platform that delivers comprehensive environmental solutions,” noted D•••••••• D•••••, Managing Partner at H•••••••• P•••••••.
  • This move demonstrates a deep, continuing commitment from H••••••••, which first invested in A•••• in 2021 and has since overseen five add-on acquisitions.
  • The transaction, which closed in May 2025, is backed by A••••’s private equity partner, H•••••••• P•••••••, and represents a deliberate evolution for the company.
Side not stated
  • T•• A•••• G••••, a prominent environmental solutions company, has finalized its acquisition of M••••••••• A•••••• L••, a move that signals a significant strategic pivot from traditional waste management toward highly specialized, technology-driven resource recovery.
Evidence
T•• A•••• G••••, a prominent environmental solutions company, has finalized its acquisition of M••••••••• A•••••• L••, a move that signals a significant strategic pivot from traditional waste management toward highly specialized, technology-driven resource recovery.