DNV GL - Oil & Gas: UKELG Anniversary discussion Spadeadam 10th October 2017
Date and time
Location
DNV GL
Spadeadam Testing and Research MOD R5 Gisland CA8 7AU United KingdomRefund Policy
Description
DNV GL's Spadeadam Testing and Research Centre are pleased to announce the hosting of the UK Explosion Liaison Group's 35th Anniversary discussion meeting this autumn. Between noon on Tuesday 10th October and noon on Thursday 12th October, the centre will host a 4-topic discussion meeting at its Lord Cullen Training Centre. The discussion meeting will be interspersed with live demonstrations of hazards relevant to the discussion topics. This includes, amongst others, a full scale confined, vented gas explosion - something not be missed!
The four consecutive topics of discussion are as follows:
1. High Explosives
2. Dust Explosions
3. DDT and High Consequence Deflagrations
4. Hydrogen Explosions.
Each of these topics is subject to large volumes of ongoing research and should provide ample possibilities and examples of explosion hazards for discussion. We are confident that collectively our wide membership has a wealth of experience and insight in this area and we therefore invite you to submit your offer of relevant contributions as detailed below. As always a detailed programme for the day will follow later.
The cost of the 3-day event will be £300 to include transport to the site both to and from Carlisle, all demonstrations, coffee, tea and lunch on each of the three days. A number of quality hotels are available in and around Carlisle, a hotel list is available from DNV GL upon request by contacting Karen Armstrong by e-mail karen.armstrong@dnvgl.com.
Organised by
DNV is the leading technical advisor to the global oil and gas industry, working with some of the sector’s best known companies to enable safe, reliable and enhanced performance in projects and operations. Through world-class technical assurance, advisory and risk management services, DNV GL helps customers to perform on time and to budget, even in the most demanding environments.