Zero Liquid Discharge (ZLD) Systems Market – Growth Analysis, Industry Size, Market Opportunities and Future Estimations

Zero Liquid Discharge Systems Market will surpass USD 9 billion by 2025; according to a new research report.
Surging water decontamination activities and the declining levels of potable water is fueling zero liquid discharge systems market in the near future. Growing industrialization in the developing economies are also contributing towards the waste disposal in the freshwater, and will further drive the global zero liquid discharge systems market in the forecast timeframe. Governments in several countries are imposing stern guidelines regarding wastewater management, thus mandating the use of ZLDs in their water treatment plants. The ZLD can not only purify the disposed water but can also recycle it continuously for its use in the industry, driving the market positively during the expected timespan. Increasing water borne diseases around the globe owing to the disposed waste from chemical and pharmaceuticals industry are advancing the zero liquid discharge systems industry share by 2025.
Significant energy consumption for the process along with inconvenience in managing complex streams make the technology a big challenge. Moreover, other basic aspects associated with ZLD system such as high capital cost, skilled workforce for its operation, periodic maintenance, etc. may hinder the growth of product in the near future.
Zero liquid discharge system product based segmentation comprises conventional and hybrid units. Conventional units are expected to increase at significant rate to surpass USD 5 billion by the end of the projected timeframe. The conventional units mainly consist of thermal technologies such as use of multi effect distillation and multi stage flash evaporators along with mechanical vapor compression with crystallizers in order to recover their condensate.
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Membrane based technique will show a rise with CAGR exceeding 5.5% during the expected timeframe. The membrane based ZLD technology typically uses membrane such as hollow fiber, RO train, brine concentrators, etc., which helps in recovery of waste from the waste water by accumulating it at its surface.
Chemicals & petrochemicals accounts a fair share among end-user segments with over 20% in 2025. ZLD system is fairly useful in chemicals and petrochemicals industries to avoid direct discharge of hazardous chemicals to the ecosystem from wastewater and further reuse the treated water for various industrial operations.
Asia Pacific zero liquid discharge market is expected to grow with the highest CAGR of around 9% in the coming years. This is because many regional countries such as India, china, and japan are continuously facing strong industrial growth and simultaneously facing water scarcity which force them to use ZLD systems, this will upsurge the product regional demand for the forecast period.
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Key zero liquid discharge systems market competitors comprises of Veolia, Aquatech International, ALFA LAVAL, GEA Group, Suez Water Processes, H2O GmbH, Oasys Water, Aquarion ENCON, IDE Technologies, Kelvin Water, SafBon Water Technology and Austro Chemicals and others.
Table Of Content
Chapter 1. Methodology and Scope
1.1. Methodology
1.1.1. Initial data exploration
1.1.2. Statistical model and forecast
1.1.3. Industry insights and validation
1.1.4. Definitions & forecast parameters
1.2. Data sources
1.2.1. Secondary
1.2.2. Primary
Chapter 2. Executive Summary
2.1. Zero liquid discharge systems market 360° synopsis, 2014 – 2025
2.1.1. Business trends
2.1.2. Product by end-user trends
2.1.3. Technology trends
2.1.4. End-user trends
2.1.5. Regional trends
Chapter 3. Zero Liquid Discharge Systems Industry Insights
3.1. Industry segmentation
3.2. Industry landscape, 2014 - 2025
3.3. Industry ecosystem analysis
3.3.1. Profit margin analysis
3.3.2. Value addition at each stage
3.3.3. Distribution channel analysis
3.3.4. Vendor matrix
3.3.4.1. List of key manufacturers/service providers
3.3.4.2. List of key/potential customers
3.4. Technology landscape
3.5. Industry impact forces
3.5.1. Growth drivers
3.5.2. Industry pitfalls & challenges
3.6. Growth potential analysis
3.7. Porter's analysis
3.7.1. Supplier power
3.7.2. Buyer power
3.7.3. Threat of new entrants
3.7.4. Threat of substitutes
3.7.5. Industry rivalry
3.8. Regulatory landscape
3.8.1. U.S.
3.8.2. Europe
3.8.3. China
3.9. Competitive landscape, 2018
3.9.1. Company market share, 2018
3.9.2. Strategic dashboard
3.10. Cost structure analysis
3.10.1. R&D cost
3.10.2. Manufacturing & equipment cost
3.10.3. Raw material cost
3.10.4. Distribution cost
3.10.5. Operating cost
3.10.6. Miscellaneous cost
3.11. PESTEL analysis