市場調查報告書
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979088

亞洲廢棄物發電(WtE)市場:減少垃圾填埋場以增加市場增長機會

Stressed Landfills Boosting Growth Opportunities in the Waste-to-Energy (WtE) Market in Asia

出版日期: | 出版商: Frost & Sullivan | 英文 52 Pages | 商品交期: 最快1-2個工作天內

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  • 簡介
  • 目錄
簡介

智慧城市投資將實施可持續廢棄物管理基礎架構以推動亞洲市場的增長

由於亞洲人口眾多和城市化迅速,因此產生了大量城市固體廢棄物(MSW)。據估計,亞洲城市的城市生活垃圾暴發每天超過100萬噸,預計在未來幾年內還會增加。這種廢棄物管理正成為一個問題,垃圾掩埋場的數量正在減少,並且垃圾掩埋場在計劃壽命之前就已經被回收,因此,快速垃圾掩埋場是可行的選擇。

廢棄物轉化為能源(WtE),即通常所說的廢棄物能源(EfW),是一種廢棄物管理手段,它燃燒不可回收的廢棄物並將其轉化為電能和熱能以供進一步使用。它通常在城市中用於將城市垃圾轉化為電力和區域供熱。由WtE產生的殘留物通常被送到掩埋場,可減少95%以上的體積。如今,WtE公司正在發現這些殘留物的新用途,從而確保了很少將廢物發送到垃圾掩埋場。它還可以作為額外的收入來源。

在循環經濟中,廢棄物實際上無法從當前系統中轉移(理想情況下沒有垃圾掩埋場),所有用過的產品都可以重複使用,用於其他目的,進行循環利用或回收能源。假設是這樣。這一原則在亞洲越來越被接受,日本,中國,印度和新加坡等國家正在製定自己的戰略,以向循環經濟過渡。他們中的許多人還把WtE視為從不可回收廢棄物中回收能量的主要方法。

本報告探討了亞洲廢棄物發電(WtE)市場,特別關注廢物焚化爐和氣化爐,以及影響該市場的各種因素和製約因素Covid-19大流行。有關市場增長機會的詳細信息,包括其對市場的影響,主要競爭對手和市場份額,先進的數位解決方案,WtE與其他週期性經濟因素的集成以及WtE公司探索的改進的業務模型。提供。

目錄

戰略要求

增長機會分析,WtE市場

  • WtE市場分析範圍
  • WtE市場細分
  • WtE市場的主要增長指標
  • 亞洲WtE市場的主要公司
  • WtE市場增長因素
  • WtE市場限制因素
  • 預測前提條件和研究方法,WtE市場
  • 利潤和新工廠預測,WtE市場
  • 利潤預測分析,WtE市場
  • 區域收入預測,WtE市場
  • 區域盈利預測,WtE市場
  • WtE市場區域利潤預測分析
  • 按產品細分,WtE市場劃分的收入預測
  • 按產品細分,WtE市場的利潤預測分析
  • 競爭形勢和主要公司,WtE市場
  • 競爭環境,WtE市場
  • 市場佔有率分析,WtE市場

增長機會領域,WtE市場

  • 增長機會1-改善廢物收集並增加廢物熱值
  • 增長機會2-循環經濟的創新與整合
  • 增長機會3-舊WtE工廠的翻新和升級
  • 增長機會4燃料混合和同時燃燒
  • 5個新興國家和未來市場的增長機會
  • 增長機會6-商業模式的改善
  • 增長機會7-智慧城市基礎設施項目
  • 增長機會8:氣化與氫燃料電池經濟的整合
  • 增長機會9-實施物聯網(IoT)等高級數字解決方案
  • 增長機會10-改善了社會品牌和影響力
  • 表列表
  • 免責聲明
目錄
Product Code: PB14-15

Smart City Investments to Implement Sustainable Waste Management Infrastructure are Driving Market Growth in Asia

Asia's large population and rapid urbanization have led to vast amounts of municipal solid waste (MSW) generation. Estimated at more than one million tonnes per day, MSW generation in urban Asia is only expected to increase in the coming years. Managing this waste is becoming a problem, with landfilling fast fading as a viable option, since land availability is decreasing and the landfills are filling up much before their intended active lifespans.

Waste-to-energy (WtE), or energy-from-waste (EfW) as it is also commonly called, is a means of waste management that burns unrecyclable waste and converts it into electricity and heat for further use. It is generally used in cities to convert municipal solid waste into electricity and district heating. The residues generated from WtE are generally sent to landfills and account for more than a 95% volume reduction to them. Nowadays, WtE companies are also finding new uses of these residues to try to ensure that almost no waste goes to landfills. This also acts as an additional source of income.

A circular economy works on the premise that virtually no waste moves out of the current system (no landfilling ideally) and all end-of-life products are reused, repurposed, recycled or have their energy recovered. This principle is gaining greater acceptance in Asia, with countries like Japan, China, India, and Singapore developing their own strategies in order to transition into a circular economy. Many of them are also seeing WtE as their main way of energy recovery from unrecyclable waste.

This study looks into the WtE market in Asia, with a particular focus on waste incinerators and gasifiers. The main countries/regions covered in this study are China, India, East Asia (Japan, South Korea, and Taiwan), and Southeast Asia (Singapore, Malaysia, Thailand, Vietnam, Indonesia, and the Philippines). This study calculates the total and regional Asian market for WtE in 2019 and forecasts it to 2026. This study also calculates and forecasts the market for incineration and gasification systems. The markets have been shown in terms of CAPEX revenues as well as in terms of new WtE projects. The study talks about the various drivers and restraints that affect the market in Asia, and also points out the effects of the Covid-19 pandemic on the market. The study looks into the key competitors in the market across the region and estimates their market shares. Some of the companies mentioned in this study include the Hitachi Zosen Corporation, China Everbright International, Keppel Seghers, CNIM Martin, Veolia, and Suez. Finally, the study provides a detailed list of growth opportunities in the market, including advanced digital solutions, the integration of WtE with other circular economy elements, and some improved business models for WtE companies to explore.

Table of Contents

Strategic Imperatives

  • Why Is It Increasingly Difficult to Grow?
  • The Strategic Imperative 8™
  • The Impact of the Top Three Strategic Imperatives on the WtE Industry on the Asian Market
  • Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Opportunity Analysis, WtE Market

  • WtE Market Scope of Analysis
  • WtE Market Segmentation
  • Key Growth Metrics for the WtE Market
  • Major Companies in Asia's WtE Market
  • Growth Drivers for the WtE Market
  • Growth Restraints for the WtE Market
  • Forecast Assumptions and Methodology, WtE Market
  • Revenue and New Plants Forecast, WtE Market
  • Revenue Forecast Discussion, WtE Market
  • Revenue Forecast by Region, WtE Market
  • Percent Revenue Forecast by Region, WtE Market
  • Revenue Forecast Analysis by Region, WtE Market
  • Revenue Forecast Analysis by Region, WtE Market (continued)
  • Revenue Forecast Analysis by Region, WtE Market (continued)
  • Revenue Forecast by Product Segment, WtE Market
  • Revenue Forecast Analysis by Product Segment, WtE Market
  • Competitive Landscape and Key Companies, WtE Market
  • Competitive Environment, WtE Market
  • Market Share Analysis, WtE Market

Growth Opportunity Universe, WtE Market

  • Growth Opportunity 1-Improved Waste Collection and Increasing Calorific Value of Waste
  • Growth Opportunity 1-Improved Waste Collection and Increasing Calorific Value of Waste (continued)
  • Growth Opportunity 2-Innovating and Integrating with the Circular Economy
  • Growth Opportunity 2-Innovating and Integrating with the Circular Economy (continued)
  • Growth Opportunity 3-Renovating and Upgrading Older WtE Plants
  • Growth Opportunity 3-Renovating and Upgrading Older WtE Plants (continued)
  • Growth Opportunity 4-Fuel Hybridization and Co-firing
  • Growth Opportunity 4-Fuel Hybridization and Co-firing (continued)
  • Growth Opportunity 5-Focus On Developing Countries and Upcoming Markets
  • Growth Opportunity 5-Focus On Developing Countries and Upcoming Markets (continued)
  • Growth Opportunity 6-Improved Business Models
  • Growth Opportunity 6-Improved Business Models (continued)
  • Growth Opportunity 7-Smart City Infrastructure Projects
  • Growth Opportunity 7-Smart City Infrastructure Projects (continued)
  • Growth Opportunity 8-Integrating Gasification with the Hydrogen Fuel Cell Economy
  • Growth Opportunity 8-Integrating Gasification with the Hydrogen Fuel Cell Economy (continued)
  • Growth Opportunity 9-Implementing Advanced Digital Solutions Like Internet of Things (IoT)
  • Growth Opportunity 9-Implementing Advanced Digital Solutions Like Internet of Things (IoT) (continued)
  • Growth Opportunity 10-Improved Social Branding and Outreach
  • Growth Opportunity 10-Improved Social Branding and Outreach (continued)
  • List of Exhibits
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