Munjal Joins James Fisher Subsea Excavation

April 7, 2016

Ankit Munjal (Photo: James Fisher Subsea Excavation)
Ankit Munjal (Photo: James Fisher Subsea Excavation)
Mass flow excavation company James Fisher Subsea Excavation has appointed Ankit Munjal as business development manager to concentrate on the Asia Pacific region as the company continues to grow its global footprint.
 
Munjal joins the team at James Fisher Subsea Excavation, supporting Asia Pacific regional director Richard Beattie. James Fisher Subsea Excavation has offices and equipment strategically located in Singapore and China to service clients throughout this region.
 
Munjal brings to the role technical and project management expertise, having worked in Australia and Singapore in field engineer and project engineer roles. His understanding of the full lifecycle of a subsea excavation project gives him an invaluable insight of clients’ needs.
 
Kenneth Mackie, managing director of James Fisher Subsea Excavation, said, “This is an exciting period for James Fisher Subsea Excavation. We continue to develop our presence internationally, identifying where our market-leading experience and offering of subsea excavation tools can bring real benefits to projects worldwide.”

Logistics News

Columbia Group Appoints Prevention at Sea as Compliance Partner

Columbia Group Appoints Prevention at Sea as Compliance Partner

Contecon Manzanillo Surpasses 12 Million TEUs

Contecon Manzanillo Surpasses 12 Million TEUs

Hydrex Conducts Underwater Repair of Bent Container Ship Propeller

Hydrex Conducts Underwater Repair of Bent Container Ship Propeller

HHLA Container Terminal Orders Eight Hybrid Konecranes Straddle Carriers

HHLA Container Terminal Orders Eight Hybrid Konecranes Straddle Carriers

Subscribe for Maritime Logistics Professional E‑News

The Olympics-Cortina Cable Car will not be ready for the Winter Games, a letter shows
Romania is preparing to monitor offshore gas projects in the Black Sea better
EnBW, a German company, signs a deal with Acwa to develop ammonia hydrogen pathways