News from DNV about carbon capture and storage

24 July, 2024

DNV completes technical update of CCS Directive Guidance Documents to facilitate sustainable CO2 storage in the European Economic Area

Commissioned by the European Commission, the updated guidance documents reflect the latest advancements in CCS technology and address ambiguities identified during the initial CCS deployments in the European Economic Area.

Energy

09 July, 2024

DNV validates Carbon8's carbon capture and utilization methodology

DNV has validated the methodology developed and used by Carbon8, an innovative cleantech company specialising in helping hard-to-abate industries reduce carbon emissions and landfilling of thermal residues. Carbon8’s patented technology permanently captures CO2 at source from hard-to-abate industries and DNV has verified that Carbon8’s methodology satisfies the ISO 14064 part 2 standard. The technology also diverts landfill-bound ashes and residues, transforming them into material which can be used within quality construction products and transforming the built environment into a carbon sink.

Energy

12 June, 2024

DNV leads global joint industry project to set standards for crucial CO2 flow meter traceability and accuracy in CCUS

DNV is at the forefront of a collaborative effort to establish standards for flow meter traceability along the CO2 value chain, for accurate CO2 measurement in advancing carbon capture, utilization, and storage (CCUS).

Energy

06 June, 2024

DNV and Petronas CCS ventures collaborate to enable carbon capture and storage (CCS) value chains across Southeast Asia

DNV and PETRONAS’ wholly-owned subsidiary, PETRONAS CCS Ventures Sdn Bhd (PETRONAS CCS Ventures), have recently signed a Master Price Agreement for the certification of carbon dioxide (CO2) storage sites and associated facilities for carbon capture and storage (CCS) projects in Malaysia.

Energy

04 June, 2024

Onboard carbon capture technically feasible but commercial uptake relies on industry collaboration and regulatory acceptance, says DNV

Onboard carbon capture (OCC) is attracting interest within the shipping industry, providing shipowners with the opportunity to continue operating on conventional fuels while reducing emissions. However, according to DNV’s latest whitepaper “The potential of onboard carbon capture in shipping”, its success depends on collaboration between regulators, policy makers, industry stakeholders, class, and suppliers.

Maritime

05 December, 2023

DNV appoints head of CCUS in response to technology’s growth

DNV has announced the appointment of Jamie Burrows as head of its Energy Systems business area’s Carbon Capture, Utilization, and Storage (CCUS) unit. Amidst COP28 proceedings, the move underscores DNV's commitment to CCUS as a pivotal tool for decarbonizing hard-to-abate sectors, such as heavy industry – including iron, steel, and cement production. In the dynamic landscape of the energy transition, this promising technology is also set to significantly curb emissions from the enduringly impactful oil and gas sector. Its significance is underscored by oil and gas’ continuing role in fulfilling the growing global energy demand over the coming decades.

Energy

09 October, 2023

DNV has launched new guidelines for Onboard Carbon capture Systems on board ships

DNV has published new guidelines for the safe installation of onboard carbon capture and storage (OCCS) system on board ships, amid growing pressure on the shipping industry to develop effective technologies to reduce emissions as part of the ongoing maritime energy transition.

Maritime

28 August, 2023

DNV releases guidelines to validate low-carbon and renewable hydrogen and ammonia attribute claims

The service specification, DNV-SE-0654 related to low-carbon hydrogen and ammonia, is now available for online viewing or complimentary download. Hydrogen producers, industry stakeholders, and regulatory bodies are encouraged to access this comprehensive resource to gain a deeper understanding of the validation processes and requirements.

Energy