Saudi Arabia’s Aluminum Scrap and Waste Market Outlook Report

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The low energy consumption required for recycling aluminum makes the process important. The energy required to recycle aluminum is about 4-5% of the energy that is needed to produce the light-weight metal from bauxite. Thus, recycling aluminum will result in 95% energy saving. Aluminum scrap and waste fall into two general categories: new and old scrap. New scrap is metal that is left over during the production of finished products or semis. Old scrap, on the other hand, is metal from end-of-life goods. Aluminum scrap can be used by producers with melting capacities.

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Product Description

With a GDP of over $792 billion in 2019, Saudi Arabia was the largest economy in the region that year. The country’s economy, the second richest country in terms of natural resources, is heavily dependent on oil, its main natural resource. But since the introduction of the 2030 Vision in 2016, the country has determined to minimize oil reliance. In accordance with the goals defined in the vision, state-owned Ma’aden signed a joint venture agreement with Alcoa for aluminum smelting capacity in 2010; the first primary aluminum was produced in 2013 and before long, the operation was ramped up to full capacity. In the early years, Ma’aden had to import alumina due to technical issues in its alumina refinery as well as the tightness in alumina supply. After 2015, when these issues were resolved and the alumina refinery capacity was completed, alumina imports decreased. The country’s alumina demand is currently met almost entirely from domestic mineral reserves. This minimizes the risk of raw materials for aluminum production to very low levels. As a result, the country’s downstream aluminum part has rapidly developed over the recent years.

Market drivers of aluminum scrap and waste

As a secondary source of raw material for downstream plants, aluminum scrap is always priced lower than primary aluminum. The lower production costs as a result of the price spread between primary and secondary aluminum make scrap more attractive to producers. The discount of scrap over aluminum is expected to increase as supply grows, leading to higher consumption. Moreover, using scrap from similar products with similar alloy content reduces the need for alloying. This will in turn significantly reduce the consumption of alloying elements. Yet this is true only when using sorted aluminum scrap. Over the recent years, as demand for scrap has grown and the value of scrap has been recognized, collection and sorting have improved.

The most important factor that limits scrap consumption is the impurities that can lead to lower-quality products. This puts pressure on scrap consumption or restricts it to applications where the chemical composition is not crucial. With the increasing demand growth for higher-quality products, demand growth for scrap will be under further pressure.

Overview of Saudi Arabia’s aluminum scrap and waste market

A small part of Saudi Arabia’s aluminum demand was accounted for by scrap and waste. On this basis, the country has been the largest exporter of aluminum scrap and waste in the Middle East. The weak domestic demand for scrap is mostly the result of the small capacity of secondary smelting and the low output of secondary unwrought products. Estimates show that the country’s aluminum scrap recycling input rate is about half the global average. Considering the weak drivers of secondary capacity development in Saudi Arabia, even if Ma’aden’s primary smelters come online, the driving force has further subsided and the country’s scrap trade balance is expected to remain positive or even slightly move up in the coming years.

Breakdown of Saudi Arabia’s aluminum scrap and waste market

Domestic aluminum waste and scrap supply (both new and old, separately) in the forecast timeframe as well as the previous period has been broken down using three factors. The first factor breaks down the market into three categories based on alloy material: commercially pure aluminum, heat-treatable alloys, and non-heat-treatable alloys. Past and future trends for each type of material have been analyzed. Heat-treatable scrap holds the largest share of the market. In the second breakdown, products are distinguished based on product type: lithographic sheet, used beverage cans, wires and cables, radiators, extrusions, pots and pans, engine pistons, other cast auto parts, tiles and dampa, boring and turning, and other products. The domestic aluminum waste and scrap market has also been broken down into soft and hard scrap over the timeframe; hard scrap holds the main share of the market. Finally, using the third factor, aluminum scrap is categorized based on the type of consumers. Secondary smelters are the largest consumers of aluminum scrap.

Key players in Saudi Arabia’s aluminum casting parts market:

  • S J Iron & Metals
  • Aluminium & Iron Co. W.L.L

Additional Information

Industry

Aluminium Scrap

Region

Saudi Arabia

Report Type

Industry Report

Specifications

Report Attribute Details
The base year for estimation 2021
Historical data 2011-2020
Forecast period 2021-2026
Quantitative units Value in USD and Volume in Tonne
Report coverage Market Overview, Dynamics, Market Outlook, Risks to Forecast, Consumer Market, Industry Overview, Market Landscape, Competitive Landscape, Market Attractiveness, External Macro Environment Analysis
Segments covered Source, Composition, Type, Application
Pricing and purchase options Please explore our purchase options to meet your exact research needs.

Reasons to Buy

  • Recognize the geographical distribution of import demand
  • Identify the current and future key players of the trading market
  • Achieve a better insight on potential target markets
  • Understand the behavior of major suppliers/customers either globally or regionally
  • Identify competitors as a feed for market analysis

Table of Content

  1. Executive summary
  2. Introduction
    • Objective
    • Market under study
    • Supply Market
      • Specifications
      • Consumption structure
        • Applications
        • Physical properties
      • Subjects discussed
      • Geographical scope under study
      • Study timeframe
      • Study currency
      • Potential audience
  1. Market dynamics
    • Market drivers
    • Restraints
    • Opportunities
    • Challenges
  2. Market overview
    • Market size
    • Supply
      • Supply trends
      • Efficiency rates
    • Consumption
      • Consumption trend
      • Consumption Share of domestic product
    • Trade
      • Exports
      • Imports
      • Trade balance
      • Market balance
    • Market breakdown by application
    • Inventory
      • Supplier inventory
      • Consumers inventory
  1. Market outlook
    • Market factors
      • Costs and prices
      • Competition
      • The government
      • Other factors
    • Future scenarios
    • Risks to forecast
  2. Consumer markets
    • Direct consumer markets
      • Capacity of Consumer Market
      • Consumer Market Operation
      • Trade of Consumer Market Products
      • Consumer Market Factors
      • Forecast of Consumer Market
  1. Export potentials
    • Destinations
      • Trade and insurance costs
      • Import market suppliers
      • Producers potential share
  1. Available EOL Scrap
  2. Market landscape
    • Domestic sales markets
      • Pricing in the domestic market
      • Potential domestic demand
      • Trade agreements for imports
      • Foreign suppliers
    • Foreign sales market
      • Prices
      • Potential markets overview
      • Trade agreements for exports
      • Foreign customers
  1. Competitive landscape
    • Consumers
      • Company profile
      • Revenue structure
      • Gross profit margins
      • Capacity, Supply and sales
  1. Market attractiveness
    • Industry rivalry
    • Threat of new entrants
    • Threat of substitutes
    • Bargaining power of buyers
    • Bargaining power of suppliers
    • Conclusion of Porter analysis
  2. PESTEL analysis
    • Political factors
    • Economic factors
    • Social factors
    • Technology factors
    • Environmental factors
    • Legal factors
  3. SWOT analysis
    • Short-term strategies
    • Long-term strategies

List of Figures

  1. Supply and consumption; 2011-2021
  2. Market share of product applications; 2021
  3. Market surplus; 2021-2026
  4. Process flowchart
  5. Market size; 2011-2026
  6. Amount of supply; 2011-2026
  7. Efficiency rate; 2011-2026
  8. Amount of consumption; 2011-2026
  9. Consumption share of domestic product; 2011-2026
  10. Exports of product; 2011-2021
  11. Imports of product; 2011-2021
  12. Historical trade balance; 2011-2021
  13. Future Market balance; 2021-2026
  14. Market consumption breakdown by application; 2011-2026
  15. Inventories of suppliers; 2011-2021
  16. Consumers’ inventory of product; 2011-2021
  17. Production forecast, according to supply and sales analysis; 2021-2026
  18. Market surplus; 2021-2026
  19. The share of end-user industries in the consumption; 2011 and 2021
  20. Changes in the end-consumption of products; 2021 vs 2026
  21. Capacity distribution structure of direct consumers; 2021
  22. Existing capacities of direct consumers in each province; 2021
  23. Suppliers of the export potential destination; 2021
  24. Historical exports to the export potential destination and future potential; 2016-2026
  25. Sales channels
  26. Realized price of the product in the market; 2011-2026
  27. Potential demand of each province; 2021
  28. The main foreign suppliers to the market; 2011-2021
  29. FOB price vs domestic market; 2011-2026
  30. Map of global major importers > 20,000t; 2021
  31. Major foreign customers; 2011-2021
  32. Revenue structure of the consumers; FY2021
  33. Sales income and gross profit margin of the consumers; FY2011-2021
  34. Supply and sales of the consumers; FY2011-2021
  35. SWOT matrix
  36. Strategies positioning