Traduction de «High pressure water-jet cutting » (Anglais → Français) :

This person, Hans Heiniger, from Switzerland, has been in Canada two years; he has qualifications as a machinist and additional skills in spray welding, mechanical engineering, and millwrighting, and he can operate a water jet cutting machine.

It is treating sewage differently using high-pressure water and air.

Machine tools for working any material by removal of material, by laser or other light or photon beam, ultrasonic, electrodischarge, electrochemical, electron beam, ionic-beam or plasma arc processes; water-jet cutting machines

Water scarcity is projected to become a major problem with almost half the world's population living in areas of high water stress by 2030[11]; New risks are emerging with potentially highly disruptive consequences (space weather related events, multi-risk events such as the 2011 Fukushima triple disaster, risks in a digital and high-tech era, including cyber risks); Extensive risk events (small scale, highly frequent, and localised events such as flash floods, fires and landslides) are often underestimated and under-reported but they nevertheless undermine local developmen ...[+++]t as well as national competitiveness; Economies are globalised and increasingly structured around complex global supply chains; as demonstrated by the 2011 Floods in Thailand the economic shock of a disaster can ripple out to economies and businesses on the other side of the world; Economic and financial downturn puts pressure on national budgets to secure disaster risk management funding.

(b) the boiler is rated below 2,000 kW in the case of a high pressure boiler, and below 3,000 kW in the case of a low pressure boiler, which includes a low pressure hot water boiler, a low pressure organic fluid boiler and a low pressure steam boiler.

Question No. 419 Ms. Kirsty Duncan: With respect to the risk of corrosion and spills and other safety concerns arising from the transport of bitumen in pipelines, and to government action to address these risks: (a) how does diluted bitumen compare with West Texas Intermediate (WTI) in terms of (i) abrasive material content, (ii) acid concentration, (iii) sulphur content, (iv) viscosity; (b) to what extent is diluted bitumen more likely than WTI to cause corrosion or erosion in the pipelines through which they respectively flow; (c) what is the composition of diluted bitumen in Canada; (d) what are all of the volatile chemicals, persistent organic pollutants or carcinogenic substances present in diluted bitumen in Canada; (e) in the pro ...[+++]cess of diluting bitumen in Canada, what are the (i) natural gas condensates used, (ii) other petroleum products used; (f) what is the process by which diluted bitumen corrodes pipelines, with specific reference to (i) abrasion, (ii) friction, (iii) high pressure, (iv) settling of sediment, (v) velocity, (vi) sulphur-reducing bacteria, (vii) other significant factors; (g) for all proposed or existing National Energy Board (NEB)-regulated pipelines, what is (i) the amount of hard sediment passing through the pipeline annually, (ii) the average pressure, (iii) the average temperature; (h) what, if any, (i) research, (ii) action, (iii) investment has the government undertaken to determine whether diluted bitumen can flow safely through pipelines; (i) what, if any, (i) research, (ii) action, (iii) investment has the government undertaken to determine whether or not conventional crude should be distinguished from diluted bitumen when setting minimum standards for pipelines; (j) what, if any, (i) research, (ii) action, (iii) investment has the government undertaken to design safety and spill responses and spill liability management capabilities that are appropriate specifically to diluted bitumen; (k) how does a diluted bitumen sp ...