A selection of relevant position papers from DNV will be presented here, and the collection will be expanded over time.
A selection of relevant position papers from DNV will be presented here, and the collection will be expanded over time.
The new position paper ‘Pathways towards Low Carbon Shipping’ from DNV Research and Innovation offers a broad perspective, combined with possible pathways to be taken in order to reduce CO2 emissions from shipping. A techno-economic view is applied by analyzing technical and operational reduction measures, as well as alternative fuels, with a new probabilistic model.

Like all new technologies, cost is a barrier for the adoption of new battery technologies.

The solar energy business comprises a complex mix of stakeholders, with various technical, commercial, social, and economic risks and benefits at play. To ensure reliable, secure, and sustainable integration of PV into the wider Asia-Pacific power grids, lessons should be learned from the successes achieved and mistakes made in international markets.

In this new position paper from DNV Research and Innovation we look at how computer-aided methodologies can successfully address the increasing complexity of integrated marine machinery systems.

Fuel cell technology has recently been proven successful in large maritime demonstration projects. This position paper discusses the current status and future potential for fuel cell technology in ships.

The Smart Grid term is widely used and misused. Because it encompasses a wide range of issues, providing a concise, precise definition is not simple.

The position paper investigates the impact of expected wave climate change on tanker design. Five different oil tanker types, ranging from Product Tanker to Very Large Crude Carrier (VLCC), are considered.

In this report DNV analyses the projected coal-fired power plant (CFPP) population in 2020 and the potential and cost of four major CO2 emission abatement measures.

The position paper outlines a process developed by DNV to convert carbon dioxide (CO2) into useful products.

For CO2 capture to be effective, the CO2 must be stored for a very long period of time. The question everyone is asking: will the CO2 storage be safe?

This position paper provides a comprehensive overview of the measures available for reducing CO2 emissions from ships – from a cost-effectiveness perspective.

The position paper looks at the potential implication of climate change on safe design and operations of marine structures

This study presents the findings from hypothesis development and interviews with several stakeholders and authorities in the biofuel value chain.

This paper aims to provide a framework for considering the business, environmental, and safety risks involved in expanding the biofuel infrastructure

This position paper describes a scenario for future shipping activity and emissions in the Arctic, specifically related to transpolar container shipping and petroleum extraction.
As a consequence of the Deepwater Horizon blow-out accident in the Gulf of Mexico, DNV has prepared a position paper highlighting the key aspects of an effective US offshore safety regime.