The Fort Worth Press - Carbon capture must quadruple by 2050 to meet climate targets: report

USD -
AED 3.673026
AFN 69.504121
ALL 89.39045
AMD 387.175704
ANG 1.803175
AOA 926.336003
ARS 960.501971
AUD 1.48235
AWG 1.8
AZN 1.69797
BAM 1.759367
BBD 2.02015
BDT 119.561013
BGN 1.75778
BHD 0.376754
BIF 2894
BMD 1
BND 1.295642
BOB 6.938335
BRL 5.510328
BSD 1.000405
BTN 83.804812
BWP 13.260469
BYN 3.273937
BYR 19600
BZD 2.01655
CAD 1.358885
CDF 2870.000038
CHF 0.845045
CLF 0.033436
CLP 922.595795
CNY 7.093499
CNH 7.097925
COP 4227.03
CRC 518.911626
CUC 1
CUP 26.5
CVE 99.550102
CZK 22.613097
DJF 177.720236
DKK 6.708598
DOP 60.099154
DZD 132.293939
EGP 48.432698
ERN 15
ETB 113.941708
EUR 0.89906
FJD 2.2159
FKP 0.761559
GBP 0.75707
GEL 2.701381
GGP 0.761559
GHS 15.711096
GIP 0.761559
GMD 70.000338
GNF 8650.000296
GTQ 7.738947
GYD 209.31948
HKD 7.79395
HNL 24.813342
HRK 6.799011
HTG 131.837194
HUF 354.320003
IDR 15369.3
ILS 3.745395
IMP 0.761559
INR 83.855495
IQD 1310.687909
IRR 42104.999768
ISK 136.929611
JEP 0.761559
JMD 157.288715
JOD 0.708697
JPY 140.651048
KES 129.000091
KGS 84.668802
KHR 4075.000404
KMF 442.749828
KPW 899.999433
KRW 1319.929736
KWD 0.30494
KYD 0.833806
KZT 481.097369
LAK 22104.999936
LBP 89600.000206
LKR 302.163451
LRD 194.950194
LSL 17.674538
LTL 2.95274
LVL 0.60489
LYD 4.774884
MAD 9.746863
MDL 17.384069
MGA 4526.197436
MKD 55.328274
MMK 3247.960992
MNT 3397.999955
MOP 8.033086
MRU 39.789502
MUR 45.950083
MVR 15.350065
MWK 1734.898574
MXN 19.30305
MYR 4.301498
MZN 63.875035
NAD 17.674379
NGN 1639.097505
NIO 36.819143
NOK 10.607435
NPR 134.0877
NZD 1.615285
OMR 0.384948
PAB 1.000495
PEN 3.776032
PGK 3.967076
PHP 55.725971
PKR 278.624972
PLN 3.844575
PYG 7778.527414
QAR 3.640498
RON 4.471503
RSD 105.222018
RUB 91.397566
RWF 1340
SAR 3.75307
SBD 8.36952
SCR 13.413176
SDG 601.500226
SEK 10.194802
SGD 1.295861
SHP 0.761559
SLE 22.847303
SLL 20969.494858
SOS 571.767839
SRD 29.750502
STD 20697.981008
SVC 8.754554
SYP 2512.529936
SZL 17.665842
THB 33.280992
TJS 10.645347
TMT 3.51
TND 3.0295
TOP 2.349796
TRY 33.993975
TTD 6.792894
TWD 31.863992
TZS 2729.452965
UAH 41.512443
UGX 3716.96382
UYU 41.101066
UZS 12755.81343
VEF 3622552.534434
VES 36.729602
VND 24545
VUV 118.722009
WST 2.797463
XAF 590.075114
XAG 0.032441
XAU 0.000387
XCD 2.702549
XDR 0.74151
XOF 590.077768
XPF 107.281968
YER 250.303129
ZAR 17.634802
ZMK 9001.205751
ZMW 26.438177
ZWL 321.999592
  • RBGPF

    5.1600

    62.16

    +8.3%

  • RYCEF

    0.0300

    6.59

    +0.46%

  • CMSC

    -0.0800

    25.03

    -0.32%

  • SCS

    0.2150

    14.005

    +1.54%

  • RELX

    0.3600

    48.07

    +0.75%

  • CMSD

    -0.0400

    25.06

    -0.16%

  • BCC

    -0.8600

    135

    -0.64%

  • RIO

    0.6350

    63.185

    +1%

  • NGG

    0.6550

    70.255

    +0.93%

  • VOD

    0.1850

    10.355

    +1.79%

  • JRI

    0.1100

    13.3

    +0.83%

  • BTI

    0.1950

    39.365

    +0.5%

  • BCE

    -0.1911

    34.475

    -0.55%

  • GSK

    0.5450

    43.555

    +1.25%

  • BP

    0.4050

    32.245

    +1.26%

  • AZN

    0.6100

    78.88

    +0.77%

Carbon capture must quadruple by 2050 to meet climate targets: report
Carbon capture must quadruple by 2050 to meet climate targets: report / Photo: © AFP

Carbon capture must quadruple by 2050 to meet climate targets: report

By 2050, humanity must durably remove four times as much CO2 from the air as today to cap global warming below the crucial target of two degree Celsius, researchers said Tuesday.

Text size:

But massively expanding CO2-absorbing forests -– 99 percent of current carbon removal -– could claim land needed to grow food and biofuels, while it remains highly uncertain whether new technologies for sucking CO2 from the atmosphere can be scaled quickly enough, they warned in a major report.

Looking at varying emissions-reduction scenarios, between seven and nine billion tonnes of CO2 must be captured from the atmosphere by 2050, according to the second edition of the University of Oxford's report on the subject.

The first edition of The State of Carbon Dioxide Removal had reported that two billion tonnes were being removed mainly through reforestation, compared with the 40 billion tonnes emitted worldwide in 2023.

"Alongside rapidly reducing emissions", which remains the "most important mitigation strategy", eliminating CO2 from the atmosphere "is also necessary" to achieve the objectives of the Paris Agreement, more than 50 researchers said.

Some of the scientists are also part of the UN Intergovernmental Panel on Climate Change (IPCC), which has recognised the need for carbon capture but has given it a limited role in its scenarios for achieving "carbon neutrality".

The elimination of CO2 recently "has undergone rapid growth in research, public awareness and start-up companies", the report said.

"Yet there are now signs of a slowdown" due to politics and a lack of public funding, the experts said.

They called on governments to create policies that will boost the industry's development.

According to the report, the market for carbon capture has been growing thanks to corporate demand for carbon credits -- a contested tool that allows companies to offset their emissions by financing carbon-reduction projects.

Carbon capture start-up Climeworks, which has an extensive underground storage facility in Iceland, is among those to benefit from the demand.

Its two plants currently capture and store 10,000 tonnes of CO2 per year with financing from private funders and the sale of carbon credits.

To reach a million tonnes, Climeworks has said it will need several billion euros (dollars), as will other start-ups -- but the report warned such funding is highly uncertain at this stage.

To date, only the United States has announced a plan, worth $3.5 billion, dedicated specifically to carbon capture.

- Environmental risks -

The Center for Environmental Law (CIEL) said the report "highlights a concerning trend where carbon dioxide removal (CDR) is increasingly being touted as a solution to climate change".

"This focus on carbon removal technologies represents a dangerous distraction from what is urgently needed to tackle the climate crisis: a full, fast, fair, funded phase-out of all fossil fuels," said CIEL expert Lili Fuhr.

The removal of CO2 already in the atmosphere can be done through nature-based actions, such as planting forests, and also new technologies that store carbon underground or in repurposed material, but that only represents less than 0.1 percent of what is currently removed.

Technological removal methods include direct air capture with carbon storage (DACCS), capture after combustion of biomass (BECCS), the conversion of biomass into a bio-charcoal, or sprinkling crushed carbon-absorbing rocks on land or in the sea.

CIEL said some of these techniques, such as DACCS, "pose immense risks to ecosystems and communities".

Acknowledging the risks, the authors of Tuesday's report noted that some "methods have high environmental and ecosystem risks, while others have potential to generate co-benefits".

It acknowledged that conventional carbon dioxide removal, "if poorly executed", can pose risks to "biodiversity and food security".

While calling for rapid development of carbon capture technologies, the report said it should not deflect attention from efforts to reduce emissions.

"A failure to strongly reduce emissions from fossil fuels and from deforestation will put the Paris temperature goal out of reach, even if we have strong action on carbon removal," one of the report's authors, William Lamb, said at its presentation.

K.Ibarra--TFWP