Energy Infrastructure & Transition Overview
Carbon Capture Utilization & Storage (CCUS)
Positioned to leverage our existing expertise & capabilities to provide CCUS services in the future
Our experience & current operations cover the CCUS value chain
Design, manufacture, install & operate equipment needed for CO₂
separation
Operate >1,300 miles of CO2 pipeline - more than any company in the
U.S. with total system capacity of >3 bcfd
Secure geologic storage of CO2 via CO2 enhanced oil recovery (EOR)
Participate with other organizations to advance CCUS policy &
technology
Future opportunity to participate in CCUS
Transportation of very large volumes of CO2 will be required in order to
meet CCUS goals
Converting other types of pipelines to long haul CO2 is rarely feasible
Manufacture & installation of primarily new capture equipment necessary
for 45Q eligibility
EOR is widely viewed to be the best disposition for captured CO2, but the
best EOR potential is distant from most major sources of CO2
KINDER MORGAN
CURRENT ESTIMATED U.S. CARBON CAPTURE COST $/tonne
$300
$250
$200
$150
$100
$50
וויי
$0
ethanol
production
facility
natural gas
ammonia
processing & production
treating facility
facilities
cement
production
facility
hydrogen coal fired
natural gas
production power plant fired power
facility
plant
Given 45Q credits, CCUS is economic for some ethanol
production, natural gas processing, and natural gas treating
facilities
Additional technological advancements & government
policy could advance CCUS economics for other facilities
Source: KM analysis, National Energy Technology Laboratory.
Note: Estimated costs are based on 20% BFIT IRR at capture unit tailgate, no tax credits, and at pressure ready for pipeline.
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