CCS AND CDR
·
The draft choices
taken at COP28 in Dubai, the UAE have suggested the decrease and expulsion of
fossil fuel byproducts utilizing Carbon Catch and Capacity (CCS) and
Carbon-Dioxide Evacuation (CDR) advancements.
·
The combustion of
fossil fuels without the use of CCS technologies to capture their emissions is
referred to as "unabated fossil fuels."
·
Draft choice
texts highlight a need to "get rid of" such unabated petroleum
products.
CCS and CDR:
what are they?
Carbon
Capture and storage (CCS):
·
CCS alludes to
innovations that can catch carbon dioxide (CO₂) at a wellspring of discharges
before it is delivered into the air.
·
These sources
incorporate the petroleum derivative industry (where coal, oil and gas are
combusted to create power) and modern cycles like steel and concrete creation.
Removal of
Carbon Dioxide (CDR):
·
Direct air
capture, in which machines imitate trees by absorbing CO2 from their
surroundings and storing it underground, is one form of CDR. Other forms of CDR
include natural methods like afforestation or reforestation and technological
ones like CDR.
·
Additionally,
there are more intricate CDR technologies like enhanced rock weathering, in
which rocks are chemically broken down; CO2 can be removed from the atmosphere
by the rock particles that result.
·
Bioenergy with
carbon capture and storage (BECCS) and other technologies capture and store CO2
from burning biomass like wood.
How well do
CCS and CDR have to work?
·
The IPCC's 6th
Evaluation Report (AR6) vigorously depends on these advances for projections in
accomplishing the objective of restricting a dangerous atmospheric devation to
1.5 degrees Celsius.
·
The IPCC's
assessed scenarios assume that the world can sequester 5 billion tonnes of CO2
by 2040, with a chance of less than 50% of limiting warming to 1.5 degrees
Celsius. India's current annual CO2 emissions are exceeded by this scale of
sequestration.
·
There's no
pathway in AR6 to accomplish the 1.5 degrees Celsius focus without the mix of
CDR advances.
·
Within seven
years, there is a significant risk of exceeding the 1.5 degrees Celsius limit
due to current emission rates. Relieving outflows exclusively through direct
measures (like sustainable power reception) would be almost incomprehensible at
this stage, requiring significant dependence on CDR.
What
difficulties do CCS and CDR present?
Bounce back
Outflows Concerns:
·
There are
concerns that the presence of CCS and CDR may unintentionally provide additional
space for continued emissions.
·
This peculiarity
could prompt expanded outflows or delayed dependence on petroleum derivatives
as opposed to changing to environmentally friendly power sources.
Petroleum
product Reliance:
·
By injecting
captured CO2 into oil fields, CCS has sometimes been used to extract more oil,
potentially prolonging rather than reducing reliance on fossil fuels.
Problems
with Land Equity:
·
The need for land
limits CDR techniques like afforestation, reforestation, BECCS, and direct air
capture.
·
Land in the
Global South is frequently regarded as "viable" and/or
"cost-effective" for the implementation of other large-scale CDR
methods and the planting of trees.
As a consequence of this, CDR projects of this
kind have the potential to have a negative impact on the rights to land held by
indigenous communities, biodiversity, and other forms of land use, such as
agriculture, which is essential for ensuring food security.
ETHANOL
·
The Ministry of
Consumer Affairs, Food, and Public Distribution issued a directive to restrict
the production of ethanol from sugarcane juice and syrup, an essential
component of Ethanol Blended Petrol (EBP).
·
The Indian
government has carried out rigid measures to sustain homegrown sugar accessibility.
At first, it forced a restriction on sugar trades.
What is
Ethanol Mixing?
Ethanol:
·
It is one of the
primary Biofuels, which is normally delivered by the maturation of sugars by
yeasts or through petrochemical cycles like ethylene hydration.
Ethanol is 99.9% unadulterated liquor that can be
mixed with petroleum.
Ethanol
Mixing Project (EBP):
·
It aims to cut
carbon emissions, increase farmers' incomes, and lessen the country's reliance
on crude oil imports.
·
The Public
authority of India has progressed the objective for 20% ethanol mixing in
petroleum (likewise called E20) to 2025 from 2030.
·
The average
amount of ethanol mixed with gasoline in India has increased from 1.6% in
2013-2014 to 11.8% in 2022-23.
Why has the
government prevented sugar from being diverted to the production of ethanol?
Concerns
About a Lack of Sugar:
·
There are worries
about a possible lack of sugar production.
·
The transition to
limit the redirection of sugarcane juice or syrup for ethanol creation is
pointed toward tending to this expected lack.
Putting food
ahead of fuel:
·
The decision
shows that food production (sugar) is more important than fuel production
(ethanol).
·
By underlining
the development of sugar, a basic item in India, the public authority lines up
with the need of guaranteeing Food Security and accessibility for purchasers.
Overseeing
Supply-Request Elements:
·
The sugar
market's delicate equilibrium between supply and demand is being attempted to
be managed by the government. It hopes to stabilize sugar availability and
possibly reduce market price volatility by limiting diversion for ethanol
production.
What Effects
Will This Action Have?
Effect on
the Production of Ethanol:
·
This decision
reduces the volume of ethanol produced from this high-value feedstock, which
affects approximately 28% of total ethanol production.
·
Sugar mills'
earnings are expected to be impacted by the prohibition on using sugarcane
juice or syrup for ethanol production, given that these feedstocks are more
expensive than others.
Obstacles
for Ethanol Blending Companies:
The public authority plans to raise the ethanol
fuel-mixing objective from 12% to 15% in 2023-24 and has set an objective of
accomplishing 20% ethanol mixing in petroleum by 2025-26.
·
However, meeting
these goals may become more difficult given the restriction on the use of
sugarcane syrup and juice for the production of ethanol.
What other
sources of ethanol production are there?
·
Grains:
Starch in cereal grains like wheat, barley, and corn (maize) can be fermented
into sugars that can be used to make ethanol.
·
Cellulosic Biomass: Agrarian buildups (corn stover, wheat straw), ranger service deposits,
committed energy crops (switchgrass, miscanthus), and metropolitan strong waste
contain cellulose and hemicellulose that can be separated into sugars for
ethanol maturation.
·
Rice: Excess
rice, including broken or harmed grains, can likewise act as a hotspot for
ethanol creation. The starch content in rice can be changed over into sugars
for aging.
Leafy foods: Grapes and potatoes, two examples of
high-sugar fruits and vegetables, can be used to make ethanol.