永續性對炭黑的影響（直到2044年）

The Impact of Sustainability on Carbon Black to 2044

出版日期: 2024年08月25日 | 出版商:

Smithers | 英文 98 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄圖表

主要功能

預計到2023年，永續炭黑的市場總規模將達到每年 117萬噸，預計到2033年將超過 100萬噸。
目前，全球新輪胎生產中使用的炭黑中只有不到 1%是永續性炭黑，但預計到2033年將高達 7%。

每年產生 10億條報廢輪胎（ELT），包括輪胎中的主要補強材料炭黑，210 多種輪胎原料的68%是化石來源。炭黑和輪胎產業在未來幾年將面臨挑戰，要開發出真正與循環經濟發展相符的產品，滿足永續發展要求，並在2050年實現二氧化碳淨零排放。

本報告針對全球炭黑市場進行研究分析，並提供永續炭黑技術的最新資訊。還重點關注輪胎行業對報廢輪胎（ELT）中永續性炭黑的使用及其對實現淨零排放的影響。

回收炭黑簡介
回收的rCB 規格
- 一貫性
- 粒徑，D97
- 甲苯透過率，D1618
- 灰分含量
- 橡膠界面活性劑，D8491
- 二氧化矽
- 含木炭
- 揮發性物質，PAH
- 污染物
- 粉碎和造粒規格
回收炭黑的永續性
- 二氧化碳當量排放
- 生物/再生材料
- 純度
- 炭黑市場復甦
- 需求和供應
- 價格
回收炭黑公司
- BB&G AWES
- Black Bear Carbon
- Bolder Industries
- Circtec Group
- Contec
- Delta Energy (New name TBD)
- Ecolomondo
- Ecotr
- Elysium Nordic
- Enrestec
- G3C Technologies
- Kal Tire
- New Energy
- Klean Technologies Inc.
- LD Carbon
- Polimix Ambiental
- PRTI
- Pyrum Innovations AG
- Reoil
- Scandinavian Enviro
- Stadtwerke Osnabruck
- Wastefront
- Waverly Carbon

再生炭黑

簡介
再生炭黑公司
二氧化碳當量排放
生物/再生材料
純度
循環炭黑市場
- 需求和供應
- 價格

圓形炭黑的開發

簡介
循環炭黑公司
- Cabot
- Orion Engineered Products
- BlackCycle Project
- Korean Blackcycle project
循環型炭黑的永續性
- 二氧化碳當量排放
- 生物/再生材料
- 純度
循環型炭黑市場
- 需求和供應
- 價格

監理環境與未來展望

永續炭黑概述
應用範圍
輪胎應用
MRG 的使用
著色的使用
塑膠應用
塗層應用
潛在好處
永續炭黑成長之路
其他永續橡膠填料
- 炭黑（木材熱解）
- 木質素填充物（Suncor木質素）
- 稻殼二氧化矽（TRL-6，到2025年可能成為 TRL7）
- CarbonX 長絲
- 奈米碳管、石墨烯
- CO2 炭黑（噪音製程）
炭黑對減少 CO2e 排放的貢獻
展望
- 市場供應情況
- 價格體系
監理合規狀態
- REACH
- 其他國際法規
- 材料處置狀況

附錄

簡介目錄圖表

Key Features:

The total sustainable carbon black market in 2023 is estimated at 117ktpa and projected to be more than 1 million tonnes in 2033
Less than 1% of all carbon black used today in new tire production globally is sustainable carbon black, by 2033 up to 7% usage is anticipated

One billion end-of-life tires (ELTs) are generated each year, and 68% of the 210+ raw materials in tires are fossil-based, including carbon black, the main reinforcing material in tires. The carbon black and tire industries face daunting challenges in coming years to develop products that truly fit the circular economy's development, meet sustainability requirements, and reduce CO2 emissions on the way to net zero by 2050.

Definition:

This report provides a comprehensive update on sustainable carbon black technology, and benchmarks the four leading developments in sustainable carbon blacks (methane, recovered, renewable and circular carbon blacks), as well as competing alternative sustainable tire fillers. With 74% of the global carbon black market used in tires (PCR, LTR, TBR and OTR), the report is primarily focused on the tire industry's use of sustainable carbon blacks from end-of-life tires (ELTs), and how that affects both the tire and carbon black industries' efforts to be net zero by 2050.

Key Questions:

How has the industry for sustainable carbon black progressed in recent years?
What factors are disrupting raw material supply chains for natural rubber and carbon black?
What are the future market dynamics and regulatory outlook for sustainable carbon black to 2044?
Who are the market leaders in traditional and sustainable carbon black production?
What are the key challenges and opportunities for carbon black producers over the next two decades?

Executive summary

Introduction and methodology

Report scope
Report objective
Methodology
List of definitions
Acknowledgements

Industry drivers and trends

Introduction
Industry drivers and trends
- Tire industry sustainability targets
Summary of latest sustainability technology
- Carbon black technology
- Silica technology
- The carbon footprint of car types
User requirements
Regional differences
State of the furnace carbon black industry and status of sustainability
Global furnace black shortages
Regulations and likely developments

Methane pyrolysis carbon black developments

Introduction
Methane pyrolysis carbon black companies
- Monolith
Sustainability of methane pyrolysis carbon black
- CO2e emissions
Biogenic and recycled content
Purity
Market, Supply and demand
Pricing

Recovered carbon black developments

Introduction to recovered carbon black
Recovered rCB Specifications
- Consistency
- Particle Size, D97
- Toluene Transmittance, D1618
- Ash content
- In-rubber Surface Activity, D8491
- Silica
- Char content
- Volatiles and PAH's
- Contaminants
- Milling and granulation specs
Sustainability of recovered carbon black
- CO2e emissions
- Biogenic or recycled content
- Purity
- Market for recovered carbon black
- Supply and demand
- Pricing
Recovered carbon black companies
- BB&G AWES
- Black Bear Carbon
- Bolder Industries
- Circtec Group
- Contec
- Delta Energy (New name TBD)
- Ecolomondo
- Ecotr
- Elysium Nordic
- Enrestec
- G3C Technologies
- Kal Tire
- New Energy
- Klean Technologies Inc.
- LD Carbon
- Polimix Ambiental
- PRTI
- Pyrum Innovations AG
- Reoil
- Scandinavian Enviro
- Stadtwerke Osnabruck
- Wastefront
- Waverly Carbon

Renewable carbon black

Introduction
Renewable carbon black companies
CO2e emissions
Biogenic or recycled content
Purity
Market for circular carbon black
- Demand and supply
- Pricing

Circular carbon black developments

Introduction
Circular carbon black companies
- Cabot
- Orion Engineered Products
- BlackCycle Project
- Korean Blackcycle project
Sustainability of Circular carbon black
- CO2e emissions
- Biogenic or recycled content
- Purity
Market for circular carbon black
- Demand and supply
- Pricing

Regulatory environment and future outlook

Overview of sustainable carbon blacks
Application coverage
Tire applications
MRG applications
Coloring applications
Plastic applications
Coating applications
Potential upsides
Growth pathways for sustainable carbon blacks
Other types of sustainable rubber fillers
- Wood carbon black (Wood pyrolysis)
- Lignin filler (SunCoal lignin)
- Rice-husk silica (TRL-6, potentially TRL 7 by 2025)
- CarbonX filaments
- Carbon nanotubes, Graphenes
- CO2 carbon black (Noyes process)
Contribution to reducing carbon black CO2e emissions
Outlook
- Market availability
- Pricing structure
Status of regulatory compliance
- REACH
- Other global regulations
- Waste status of materials

Appendix

Compounding notes and discussion
Discussion of rCB modification and upgrade methodologies
Resources and links

簡介目錄圖表

List of Figures

Global carbon black demand by application, 2023, million tons
Typical furnace black production process
Sequence of carbon black structure development
ETRMA's graphic of the tire industry circular economy
USTMA Climate Policy Positions
EuRIC MTR's Illustration of a typical
ELT content of valuable materials for recovery and recycling
The magic triangle of tire performance
The use of silica reduces rolling resistance
Orion Engineered Carbons sustainable carbon blacks
Lifecycle analysis
Methane pyrolysis development history
Monolith plasma reactor process
Goodyear's ElectricDriveTM GT with Monolith carbon black, May 2023
Conventional processes to manage ELTs
Recovered carbon black rCB
Typical tire pyrolysis mass balance system
Pyrolysis temperature effect on rCB surface chemistry
Description of typical non-value added materials in rCB
Recovered carbon black markets by rCB grades
Cabot's "Evolve" platform circular carbon blacks
Black Cycle Project
Global carbon black consumption by application, 2023, million tons
Carbon black price index USD/kg and global crude oil price index
Carbon price versus market size
Passenger car tire components and typical carbon black ASTM grades
Relevant dimensions in rubber-filler interactions
Rubber-filler interaction
Recovered carbon black rCB modification and upgrade methodologies

List of Tables

An abbreviated history of carbon black
Global furnace carbon black demand by type, 2023
Global furnace carbon black demand by region, 2023-43
Analysis of major sustainable carbon blacks and their viability
EV performance requirements
Delta- 10 yr typical hybrid/EV pcr tire composition by weight
Tread hybrid/EV pcr tread composition by weight
Carbon black industry sustainable practices and goals
Market forecast for methane pyrolysis carbon black, 2023-43
Bridgestone and Michelin rCB Guidelines
ASTM D36.70 rCB Classification Proposal
Recovered carbon black demand by region, 2023-43
Recovered carbon black companies (alphabetical)
Renewable carbon black demand by region, 2023-43
Circular carbon black demand by region, 2023-43
Overview of sustainable carbon blacks, 2023-43
Market forecast for all sustainable carbon black types, 2023-43
Analysis of major sustainable carbon blacks and their viability
Compounding rules of thumb: Important general filler characteristics for reinforcement
Reinforcing filler rules of thumb: particle size, aggregate structure, loading and surface activity impacts