Investment in clean energy technologies by the oil & gas industry is less than 5% of what it spends on exploration & production
The industry can do far more to scale up clean energy options like renewables, low-emissions fuels, hydrogen & carbon capture: https://t.co/DvY11nGtYh https://t.co/wWiXyYOxPB
@IEA
Critical minerals like copper, lithium, nickel, cobalt & rare earths are essentials components in many of today’s clean energy technologies
Ensuring reliable supplies of these minerals will be vital to supporting efforts to reach climate & energy goals → https://t.co/Qw9PLZm4Ui https://t.co/P73SqqCxbt
@IEA
Investment in clean energy technologies by the oil & gas industry is less than 5% of what it spends on exploration & production
The industry can do far more to scale up clean energy options like renewables, low-emissions fuels, hydrogen & carbon capture: https://t.co/TYWfBliW9z https://t.co/8YHGtqa0hC
@IEA
Critical minerals like copper, lithium, nickel, cobalt & rare earths are essentials components in many of today’s clean energy technologies
Ensuring reliable supplies of these minerals will be vital to supporting efforts to reach climate & energy goals → https://t.co/IlNmMx4FKy https://t.co/B1g5Ci4UOy
@IEA
International trade is vital for rapid & affordable clean energy transitions – helping reduce the cost of clean energy technologies like solar PV modules & battery metals
But diversifying suppliers will be essential to ensure supply chain resilience → https://t.co/McCqP9b7TG https://t.co/s1Qswpuo8G
@IEA
Critical minerals like copper, lithium, nickel, cobalt & rare earths are essentials components in many of today’s clean energy technologies
Ensuring reliable supplies of these minerals will be vital to supporting efforts to reach climate & energy goals → https://t.co/SyVFkjqJNt https://t.co/jEXjljBpks
@IEA
The scaling up of clean energy technologies will drive huge demand for the minerals & metals used to produce them.
But environmental, social & governance issues pose risks to mineral supply chains, which could hamper clean energy transitions.
More ➡️ https://t.co/1HOt7tAKJH https://t.co/nrKp9FInwK
@IEA
Africa’s vast resources of minerals that are critical for clean energy technologies are set to create new export markets, but need to be managed well.
In our scenario, Africa’s revenues from critical mineral exports could more than double by 2030 👉 https://t.co/HftkW5f3Nv https://t.co/7WeoOTnNG0
@IEA
Critical minerals like copper, lithium, nickel, cobalt & rare earths are essentials components in many of today’s clean energy technologies
Ensuring reliable supplies of these minerals will be vital to supporting efforts to reach climate & energy goals → https://t.co/yq6VwvQGSj https://t.co/SGCH9OJKDv
@IEA
Latin America has vast resources of minerals that are critical for clean energy technologies.
Our new commentary explores how the region could expand its role as a key mineral supplier to help accelerate energy transitions around the globe.
Read more → https://t.co/3L9XGHNu7I https://t.co/sOXoBQQmQG
@IEA
G7 Climate, Energy & Environment Ministers have asked @IEA to support international efforts to ensure secure & sustainable supplies of the minerals critical for many clean energy technologies, including providing outlooks for demand & supply
Learn more 👉 https://t.co/Z07UNmLLEQ https://t.co/UIhUGy5zNe
@IEA
International trade is vital for rapid & affordable clean energy transitions – helping reduce the cost of clean energy technologies like solar PV modules & battery metals
But diversifying suppliers will be essential to ensure supply chain resilience → https://t.co/Nt1PGQ7JAE https://t.co/2k2vOJtBbZ
@IEA
Latin America has vast resources of minerals that are critical for clean energy technologies.
Our new commentary explores how the region could expand its role as a key mineral supplier to help accelerate energy transitions around the globe.
Read more → https://t.co/3L9XGHNu7I https://t.co/TcRkkKOkbh
@IEA
International trade is vital for rapid & affordable clean energy transitions – helping reduce the cost of clean energy technologies like solar PV modules & battery metals
But diversifying suppliers will be essential to ensure supply chain resilience → https://t.co/Nt1PGQ7JAE https://t.co/2GdT4ugkP6
@IEA
Latin America has vast resources of minerals that are critical for clean energy technologies.
Our new commentary explores how the region could expand its role as a key mineral supplier to help accelerate energy transitions around the globe.
Read more → https://t.co/QcfSskK3a1 https://t.co/GN2cx87AZn
@IEA
Latin America has vast resources of minerals that are critical for clean energy technologies.
Our new commentary explores how the region could expand its role as a key mineral supplier to help accelerate energy transitions around the globe.
Read more → https://t.co/UbqJGIyDwb https://t.co/n3YZcrbsDI
@IEA
The Asia-Pacific region is home to half of the energy workforce, reflecting its rapidly expanding energy infrastructure & significant manufacturing capacity for clean energy technologies
China alone accounts for nearly 30% of the sector's employment ➡️ https://t.co/99SXG8mIAo https://t.co/Vqv1S17LVV
@IEA
Latin America has vast resources of minerals that are critical for clean energy technologies.
Our new commentary explores how the region could expand its role as a key mineral supplier to help accelerate energy transitions around the globe.
Read more → https://t.co/VGkcKXFQ5q https://t.co/9eV8oQ0Rrj
@IEA
Limiting global warming to 1.5°C will require a faster scaling up of clean energy
For several key clean energy technologies, the announced pipeline of manufacturing projects would approach the levels needed to reach #NetZero emissions by 2050 ➡️ https://t.co/aZMtPrSRzp
#WEO22 https://t.co/5dHTrUmgX4
@IEA
International trade is vital for rapid & affordable clean energy transitions – helping reduce the cost of clean energy technologies like solar PV modules & battery metals
But diversifying suppliers will be essential to ensure supply chain resilience → https://t.co/zkfqwvwCPP https://t.co/sA5ao03CpY
@IEA
Clean energy technologies generate far less CO2 over their lifetimes than fossil fuel alternatives
But clean energy supply chains still produce emissions, mostly from material production & technology manufacturing
Innovation will be key to reduce these: https://t.co/ziz5SlRNPe https://t.co/iBGNV6Ltz2
@IEA
International trade is vital for rapid & affordable clean energy transitions – helping reduce the cost of clean energy technologies like solar PV modules & battery metals
But diversifying suppliers will be essential to ensure supply chain resilience → https://t.co/YpOJKQcL8f https://t.co/TfVmdyRJId
@IEA
Clean Energy Technologies and Shenzhen Gas JV to acquire municipal natural gas utility companies in China
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