No Dig Alliance (SE) acquired JS Drilling Solutions (SE) on May 27, 2026. The acquisition aims to expand expertise in Sweden and bolster capabilities in delivering low-emission, trenchless water infrastructure solutions.

Deal at a Glance
AcquirerNo Dig Alliance (SE)
TargetJS Drilling Solutions (SE)
ValueUndisclosed
TypeAcquisition
Closing DateMay 27, 2026
Buy-side AdvisorsNot disclosed
Sell-side AdvisorsNot disclosed
Legal (buy)Not disclosed
Legal (sell)Not disclosed

No Dig Alliance, an environmental infrastructure platform company supported by Italian growth equity firm Ambienta, expanded its footprint in Sweden with the acquisition of JS Drilling Solutions. The deal is intended to enhance No Dig Alliance's technical capabilities and market reach within Sweden's water utility sector.

Deal Mechanics

The exact financial details of the transaction were not disclosed. No specifics on key terms or advisory teams involved in the acquisition were provided by either company.

Strategic Rationale

No Dig Alliance’s expansion strategy is centered around delivering trenchless infrastructure solutions that are both environmentally friendly and cost-effective for water utilities. JS Drilling Solutions' expertise in trenchless drilling techniques complements No Dig Alliance's existing portfolio of services, which includes rehabilitation of existing pipe networks without excavation.

Financial Context

The acquisition comes at a time when European governments are increasingly prioritizing low-emission infrastructure projects to meet environmental goals. By adding JS Drilling Solutions' capabilities, No Dig Alliance aims to better serve the growing demand for sustainable water solutions in Sweden and potentially across Europe.

Outlook

No Dig Alliance expects the integration of JS Drilling Solutions to strengthen its position as a leader in trenchless infrastructure solutions within Sweden. The company anticipates leveraging its combined expertise to develop innovative products and services that align with the region’s regulatory framework for sustainable development.