Global Industry Produced Water Treatment Systems Market: Analysis, Size, Share,


Posted June 19, 2015 by Parmar

MRRSE.Com announces addition of new report"Global Industry Produced Water Treatment Systems Market: Analysis, Size, Share, Growth, Trends and Forecast 2014 - 2020"to its database

 
Produced water treatment refers to the various methods used to deal with water encountered during oil and gas exploration. Petroleum sites usually contain natural gas and oil along with highly saline water, sometimes in separate zones or sometimes even as a mixture. This water emerges when oil drilling equipment taps into the reservoir.

Browse the full Global Produced Water Treatment Systems Market Report : http://www.mrrse.com/produced-water-treatment-market

Produced water is considered as an industrial waste, since it is too saline to be used for drinking or agriculture.
The conventional method of dealing with produced water – simply letting it evaporate – is now banned, as it has severe repercussions on the wildlife in its surroundings.
Thus, reinjection of produced water back into oil wells has emerged as the perfect solution. Reinjection extends the lifespan of an oil well by forcing more oil into the drilling zones and by balancing out the pressure created in the reservoir by the sudden removal of a large quantity of petroleum deposits.

Reinjection of produced water is becoming the standard rather than the outlier in the oil and gas industry. Out of the 201.4 billion barrels of produced water produced in 2014, 34% were reinjected into oil wells.
This figure is expected to rise steadily over the next few years. Some of the major reasons for the growing trend of produced water reinjection are:
Growing Unconventional Oil and Gas Exploration : Deepwater and ultra deepwater petroleum exploration and oil sands, among others, are novel exploration mechanisms in the oil and gas industry and these are supported by the increase in oil production brought about by produced water reinjection.
Rising Oil to Water Ratio in Existing Oil Wells : Due to relentless oil production for decades, existing oil wells in many parts of the world have started to run dry. As a result, the amount of oil, with respect to the amount of produced water encountered, is decreasing. Though it may seem counterintuitive, the solution to this problem is more injection of produced water. This will draw out more oil to the drilling zones and increase the output of existing oil wells.
Water Scarcity and Regulatory Support : As mentioned before, the environmental impact of evaporation of produced water is enormous. As a result, oil and gas producers are now obliged to deal with produced water in a way that’s not dangerous to the environment or any wildlife in the vicinity of the oil drilling zones.
This has led to the growing application of produced water reinjection, as it’s the simplest way of complying with these regulations. Scarcity of fresh water to use for reinjection is also one of the important reasons for the spread of reinjection.

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Table of Contents:
1. Global Produced Water Treatment Systems Market – Executive Summary
2. Global Produced Water Treatment Systems Market – Acronyms and Assumptions
3. Global Produced Water Treatment Systems Market – Research Methodology
4. Global Produced Water Treatment Systems Market Taxonomy
5. Global GDP & Energy Demand Outlook

5.1. Global GDP forecast
5.2. Global Energy Demand by Source Type

6. Global Crude Oil and Natural Gas Production Outlook
6.1. Global Oil & Natural Gas Production Outlook
6.1.1. Global Onshore and Offshore Crude Oil Production
6.1.2. Global Onshore and Offshore Natural Gas Production Outlook
6.2. Regional Oil & Natural Gas Production Outlook

7. Produced Water Production Outlook
7.1. What is Produced Water?
7.2. Water:Oil Ratio & Water:Natural Gas Ratio
7.3. Global Produced Water Production
7.4. Global Produced Water Production from Oil by Source
7.4.1. Global Onshore Produced Water Production from Oil
7.4.2. Global Offshore Produced Water Production from Oil
7.5. Global Produced Water Production from Natural Gas by Source
7.5.1. Global Onshore Produced Water Production from Natural Gas
7.5.2. Global Offshore Produced Water Production from Natural Gas
7.6. Global Produced Water Production by Region
7.6.1. North America Produced Water Production Outlook
7.6.2. Europe Produced Water Production Outlook
7.6.3. Asia Pacific Produced Water Production Outlook
7.6.4. MEA Produced Water Production Outlook
7.6.5. Latin America Produced Water Production Outlook

8. Global Produced Water Volume by End-use
8.1. North America Produced Water Volume by End-use
8.1.1. North America Produced Water Onshore Reinjection Volume
8.1.2. North America Produced Water Offshore Reinjection Volume
8.1.3. North America Produced Water Disposal Volume
8.2. Europe Produced Water Volume by End-use
8.2.1. Europe Produced Water Onshore Reinjection Volume
8.2.2. Europe Produced Water Offshore Reinjection Volume
8.2.3. Europe Produced Water Disposal Volume
8.3. Asia Pacific Produced Water Volume by End-use
8.3.1. Asia Pacific Produced Water Onshore Reinjection Volume
8.3.2. Asia Pacific Produced Water Offshore Reinjection Volume
8.3.3. Asia Pacific Produced Water Disposal Volume
8.4. MEA Produced Water Volume by End-use
8.4.1. MEA Produced Water Onshore Reinjection Volume
8.4.2. MEA Produced Water Offshore Reinjection Volume
8.4.3. MEA Produced Water Disposal Volume
8.5. Latin America Produced Water Volume by End-use
8.5.1. Latin America Produced Water Onshore Reinjection Volume
8.5.2. Latin America Produced Water Offshore Reinjection Volume
8.5.3. Latin America Produced Water Disposal Volume

9. Produced Water Treatment Technology Overview
9.1. Treatment Technology by Type
9.1.1. Primary Treatment
9.1.2. Secondary Treatment
9.1.3. Tertiary Treatment
9.2. Global Produced Water Treatment Technology TMAP Analysis

10. Global Produced Water Treatment Systems Market by Value
10.1. Global Produced Water Treatment Systems Market Share by Technology
10.2. Global Produced Water Treatment Market by Region
10.2.1. North America Produced Water Treatment Systems Market by Technology
10.2.2. Europe Produced Water Treatment Systems Market by Technology
10.2.3. Asia Pacific Produced Water Treatment Systems Market by Technology
10.2.4. MEA Produced Water Treatment Systems Market by Technology
10.2.5. Latin America Produced Water Treatment Systems Market by Technology

11. Global Produced Water Treatment System Market - Competitive Landscape
11.1. Global Produced Water Treatment System Market – Market Offerings
11.2. Global Produced Water Treatment System Market – Competitive Dashboard
11.3. Global Produced Water Treatment System Market – Competitive Benchmarking

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Last Updated June 19, 2015