Both Phases 1 & 2 of the redevelopment of the Windermere Steam Boat Museum are now complete. The aim is to create a series of new buildings, at its shore side location on Lake Windermere, to house the exhibits, a conservation workshop and a new visitor centre.
WJ Groundwater completed the drilling and installation of the dewatering applications for Phase 1 in March 2016. Read our earlier blog.
WJ Groundwater has enjoyed recent success achieving OHSAS 18001 and renewal of ISO 9001 Certifications in respect of our development of good working practice in respect of our Health & Safety (OHS) management procedures.
WJ Groundwater ventures into the far north of England for an exciting project at Windermere Steamboat Museum in the Lake District.
The main project is the redevelopment of Windermere Jetty and the museum that is a popular tourist attraction on the banks of the picturesque Lake Windermere. The focus of the rebuild is to create a series of new buildings to house the museum’s collection of vessels, to provide a new visitor centre and further on site facilities.
The second edition of Groundwater Control – Design & Practice published by CIRIA is now available. It is the de-facto design standard for groundwater control systems in the UK and it also implemented abroad.
After contributing to the first edition, WJ Groundwater’s Chairman and renowned dewatering expert Dr Toby Roberts was invited to be lead author for several chapters in the new volume: Chapter 2 – Surface and Groundwater Control Methods, and Chapter 7 – From Design to Practice. He also assisted across each of the other sections.
After a succession of rigorous audits and hard work, WJ Groundwater has achieved OHSAS 18001 Certification.
An endorsement such as OHSAS Certification demonstrates that WJ Groundwater management and staff are committed to upholding and developing good working practice in respect of our occupational health & safety (OHS) management procedures.
‘A hole in one’ for WJ Groundwater who successfully drained a lagoon at the Montgomerie Golf Course in Dubai, UAE. We were set the challenge, by the main contractor Al Tayer Stocks and their subcontractor Ecocoast Contracting, to drain the golf course lagoon in one day so that a bund could be placed to allow upgrade works to be undertaken.
WJ Groundwater’s Paul Turner (Overseas Director) (front row – far right) attended the Spring 2016 Meeting of the Advisory Board of the Department of Civil Engineering. The board met at the AUD School of Engineering in Dubai on 22nd March (2016).
WJ Groundwater launched its new data collecting application, the Monitoring Dashboardearlier this year, and is pleased to report on its success with our clients and staff.
At WJ Groundwater we collect high quality monitoring data electronically for all our clients via direct or remote streaming data link, which allows real time data to be distributed quickly.
WJ Groundwater’s Toby Roberts was one of three speakers at a well-attended Groundwater Control In Urban Areas conference organised jointly by the Geological Society Engineering Group and British Geotechnical Association. The event was a part of the celebration of a Year of Water and was focused on dewatering. Toby was one of the experts invited to speak about the groundwater control in cities and its challenges – including increasingly restricted locations and potential impacts arising from the interaction of dewatering and urban environments. The three speakers explored the subject using examples of recent dewatering projects in the London Basin.
Toby gave a presentation concerning dewatering and depressurisation strategies used to target the Lambeth Group Channel Sands for the tunnel works in London.
WJ Groundwater is celebrating the completion of a ‘key’ dewatering project at Lodz Fabryczna, Poland. The grand task took two years to reach completion and it has been instrumental in the establishment of our brand within east European markets. It has also provided us with a springboard to opening our first permanent office in Poland.
The new, three level railway terminal, Lodz Fabryczna is the new key communication hub for the redeveloped city-centre for Lodz. The whole enterprise is a part of a large regeneration scheme that is intended to contribute towards a revitalised local and national railway network. The new infrastructure will provide faster connections to the capital, Warsaw, and other large cities across Poland and Europe. The station is connected to the existing railway network via an underground tunnel running underneath the city centre. Both the station box and the tunnel were constructed using a top-down method and during the course of the excavation approximately 2 million m3 of earth has been removed.