Wartsila Oyj Abp · OMXHEX:WRT1V
Wartsila Oyj Abp — Wärtsilä — Technical Presentation (February 2015)
19 slides from Wartsila Oyj Abp's technical presentation, Feb 23, 2015
Slide 1: Oily Water Systems
Wärtsilä Ship Power Environmental solution Oily Water Systems 1 © Wärtsilä
Slide 2: The natural link to Oily water systems
The natural link to Oily water systems Wärtsilä Oily Water Systems aims to support our customers in minimizing the environmental footprint while optimizing performance and cost efficiency, in their daily operations as well as from a strategic perspective. In addition to our market-leading products f
Slide 3: Our areas
Our areas Oily water Treatment for Power Plants Oily water Scrubber water Spares separators for treatment for marine marine Slop water treatment for Offshore 3 © Wärtsilä
Slide 4: Wärtsilä OWT
Oily water Treatment for Power Plants Wärtsilä OWT Powering the world More than 100 units delivered to power plants all over the world 4 © Wärtsilä
Slide 5: Wärtsilä OWS
Wärtsilä OWS Solution that meets the needs OWS solutions can be divided on basis performance characteristics, i.e. high performance and or low performance. Wärtsilä OWS are categorized as high performance equipment.High performance equipment gives the benefit of high availability and performance ove
Slide 6: Wärtsilä MWD/SWC
Slop water treatment for Offshore Wärtsilä MWD/SWC The Wärtsilä slop water treatment system is designed to treat drill slop water and make it dischargeable to the sea without further treatment. The unit will significantly reduce drill slop sent onshore for treatment, depending on the rig, by as much
Slide 7: 70 countries, 160 locations, 11,000 service professionals
70 countries, 160 locations, 11,000 service professionals Installed base Wärtsilä Services’ global network 181,000 MW Widest range of offering and expertise 23 February 2015
Slide 8: Wärtsilä's production and R&D
Wärtsilä’s production and R&D Trondheim, Norway Aalborg, Denmark Moss, Norway Frequency converters Deepwell pumps and seawater lift pumps Inert gas and exhaust gas scrubber systems Rubbestadneset, Norway Vaasa, Finland R&D 4-stroke engines, R&D Stord, Norway Electrical & automation systems QMD (Qing
Slide 9: Drilling slop waste water composition
Drilling slop waste water composition drilling unit Overflow Heli deck Mud disposed ashore Water Drain Mud cuttings seal Tank area Tank 70 - 90% Water Emulsion Cellar deck 10 - 30% Mud Other deck wells 0,5 - 3% Oil Shaker room 1% Solids 5 – 10%99% Oil Loading area Treated in Riser storage area Holdi
Slide 10: Drains Water Types
Drains Water Types Drill floor Tank wash Deck drains Bilge water drains slop Constituents Drilling fluids, Drilling fluids, Rainfall, wash water, etc. Contaminated etc. etc. water collected in engine rooms and machinery spaces Characteristics Type of Type of drilling Layout of drilling rig or Fuel t
Slide 11: Analysis of particles in process water
Analysis of particles in process water 1400 Mud sample - emulsion phase, FNU 216 1200 1000 800 Counts 600 400 200 0 1 2 3 4 5 6 7 8 9 10 Size (µm) Source: Swedish Environmental Institue, www.ivl.se, Dr Fredrik Norén Method: Particle counter, Elzone 5380
Slide 12: Analysis of particles in process water
Analysis of particles in process water 200 Mud sample - emulsion phase, FNU 216 180 160 140 120 Counts 100 80 60 40 20 0 0,00 0,50 1,00 1,50 2,00 2,50 3,00 3,50 Size (µm) Source: Swedish Environmental Institue, www.ivl.se , Dr Fredrik Norén Method: Leica Laborlux LM @100x, n.a.=1,3 optical resolutio
Slide 13: Analysis of particles in process water
Analysis of particles in process water 80 70 60 Volym solids in feed 50 40 30 20 10 0 0,1 µm 0,5 µm 1 µm 10 µm 100 µm 1 mm 10 mm 100 mm Particle range 13 © Wärtsilä 23 February 2015
Slide 14: Operation
Operation Drill floor drains Tank wash slop Deck drains Bilge water Oil Suction MWD Dry solids Sludge Oil sand Discharge Suction filter holding tank SWC Solids DAF Solids sand sand Discharge Mixer filter stage filter holding tank Stage 1 Stage 2 ppm monitor Chemicals Stage 1 Stage 2 Stage 3 Solids
Slide 15: Operation
Operation Drill floor drains Tank wash slop Deck drains Bilge water Oil Suction MWD Dry solids Sludge Oil sand Discharge Suction filter holding tank SWC Solids DAF Solids sand sand Discharge Mixer filter stage filter holding tank Stage 1 Stage 2 ppm monitor Chemicals Stage 1 Stage 2 Stage 3 Solids
Slide 16: Operation
Operation Drill floor drains Tank wash slop Deck drains Bilge water Oil Suction MWD Dry solids Sludge Oil sand Discharge Suction filter holding tank SWC Solids DAF Solids sand sand Discharge Mixer filter stage filter holding tank Stage 1 Stage 2 ppm monitor Chemicals Stage 1 Stage 2 Stage 3 Solids
Slide 17: Operation
Operation Drill floor drains Tank wash slop Deck drains Bilge water Oil Suction MWD Dry solids Sludge Oil sand Discharge Suction filter holding tank SWC Solids DAF Solids sand sand Discharge Mixer filter stage filter holding tank Stage 1 Stage 2 ppm monitor Chemicals Stage 1 Stage 2 Stage 3 Solids
Slide 18: Typical costs for a rig
Typical costs for a rig Model Capacity Capacity Size mm Size inch m3/h gal/day L W H L W H MWD 5,0 31700 1600 800 1780 63 31,5 70,1 SWC 5,0 31700 2760 1100 2565 108,7 43,3 101 MWD SWC H H L W L W
Slide 19: WARTSILA
re, WARTSILA