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市場調查報告書
高度薄膜技術
Understanding the Hype in Advanced Membrane Technologies
| 出版商 |
Lux Research |
| 出版日期 |
2011年09月 |
商品編碼 |
225959 |
| 內容資訊 |
英文 Pages: 17 |
| 價格 |
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高度薄膜技術 是由出版商Lux Research在2011年09月所出版的。
這份英文市場調查報告書包含Pages: 17 價格從美金3500起跳。
薄膜技術被利用至今已過了半世紀、但仍有從一開始就沒解決的問題。這數十年的新技術開發讓水相關部門可以進入主要成長部門。性能與製造障礙讓加入市場有困難之外、淡水化市場預估也將在今後成為薄膜技術的重要應用部門。
本報告書為聚合物薄膜以及陶瓷薄膜、有機以及無機素材的發展、提升薄膜技術性能的希望、更廣泛系統水準的進歩之相關調査分析，同時包含這些進歩的優勢之比較、商業上的成功可能性等相關考察、概述如下
第1章 總綱
第2章 市場的狀況
- 薄膜系統主要可分成數個領域
- 薄膜系統中有優點，也有妨礙性能限制用途的許多問題
- 結論
第3章 分析
- 對於有機/無期薄膜奈米粒子的嵌入帶動這個領域的進步
- 對薄膜表面的鍍膜，汚染減少但是流動性降低
- 聚合物薄膜中加入奈米粒子讓浸透性與選擇性提升
- 薄膜中加入觸媒物質讓機能性提高
- 在製造中讓薄膜表面變質可以不希聲流動性而讓性能提高
- 陶瓷薄膜的強度高而浸透性低
- 薄膜的性能強化是結合了有機/無機的優點
- 生體模倣薄膜是究極目標
- 高度薄膜系統中組合了薄膜過濾與其他有效技術
- 系統構成比起單純薄膜修正的影響更大
- 對於汚染的耐性提升讓薄膜應用幅度更廣
- 有效率的前處理有可能否定了對汚染耐性提升的進歩之必要性
第4章 前景
第5章 關於Lux Research
第6章 巻末注
Description
Membrane technology has been in use for over half a century, but the same problems have persisted since inception. Newer technology developments over the last several decades are enabling membranes to move into key growth sectors within the hydrocosm. While some markets may still be inaccessible due to performance and production barriers, the desalination market will continue to be a strong application for this technology. This report covers developments in polymer and ceramic membranes, combinations of organic and inorganic materials, and broader system level advancements that are contributing to improved membrane performance. It also compares the relative strengths of these advancements across key performance metrics, and discusses potential commerical success for these new systems.
Table of Contents
- Executive Summary
- Landscape
- Membrane Systems Fall into a Few Major Groups Based on the Driving Force of the System
- Despite Advantages, Membrane Systems Face Many Problems and Issues Hindering Performance and Limiting Application Use
- Landscape Conclusions
- Analysis
- Incorporating Nanoparticles to Organic and Inorganic Membranes Led to Several Notable Advancements in this Space
- Coatings on Membrane Surfaces Reducing Fouling, but Can Also Decrease Flux
- Adding Nanoparticles to Polymer Membranes Improves Permeability and Selectivity
- Membranes Increase Functionality by Incorporating Catalytic Materials
- Altering the Membrane Surface during Fabrication Improves Performance without Sacrificing Flux
- Ceramic Membranes Are High in Strength, but Lack High Permeability
- Membranes Combine the Best of Organic and Inorganic to Enhance Performance.
- Biomimetic membranes remain the Holy Grail.
- Advanced Membrane Systems Combine Membrane Filtration with Other Successful Technologies
- Improved Systems Configuration Has a Bigger Impact than Just Modifying the Membrane
- Improved Fouling Resistance Will Expand Membranes' Application Reach but Erode a Key Moneymaker.
- Effective Pretreatment Could Negate the Need for Advancements with Fouling Resistance in Membranes.
- Outlook
- About Lux Research
- Endnotes
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