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CCUS needs a data clean up

Why CCUS Needs a Bloomberg Terminal

If you work in carbon capture, utilization, and storage (CCUS), you already know the feeling: data is everywhere, but insight is hard to find. One dataset lists emissions, another lists projects, yet another mentions a pipeline route buried in a PDF appendix. Connecting these dots takes hours—sometimes weeks—leaving little time

Carbon cycle for e-SAF

How Norsk e-Fuel Uses CaptureMap’s CCUS Market Intelligence to Accelerate Sustainable Aviation Fuel (SAF) Development

In the fast-moving world of decarbonization, having reliable, up-to-date data on CO₂emission sources and carbon capture projects is essential. For Norsk e-Fuel, which produces synthetic fuels by combining green hydrogen with captured CO₂, knowing where those CO₂ streams are located is a critical part of planning new plants. But in

CaptureMap used in the AURORA project

7 Key Benefits of Using CaptureMap for Solvent-Based Carbon Capture Research

Solvent-based carbon capture is making major strides—and the AURORA project is at the forefront. With CaptureMap as a digital ally, researchers and industry are gaining insight into the future of large-scale, low-cost CO₂ capture, particularly within a research context. Introduction: A New Era for Industrial Carbon Capture Carbon Capture, Utilisation

Carbon Capture in Cement: 3 Great Technologies to a Net-Zero Future

Introduction: The Cement Industry’s Carbon Challenge Cement is the backbone of modern infrastructure, but it comes with a major environmental cost. According to a recent study from the World Economic Forum, global cement manufacturing accounts for roughly 6 % of the world’s total CO₂ emissions. And with global production projected

factory

The 4 Major Carbon Capture Technologies Explained: A Comprehensive Guide

If you have been working within carbon capture, utilisation and storage (CCUS) for more than a few weeks, you have probably already come across terms such as “pre-combustion”, “post-combustion” or “oxy-fuel”. But what do they really mean, and how to make sense of the different carbon capture technologies out there?

Country profiles: CO2 emissions and carbon capture projects like you’ve never seen before

Carbon capture industry reports are fun – we get that. Especially the ones with market statistics included because they tell us more about what’s happening, where and when. If anything, we see them as navigational aids, helping us to understand if we’re doing the right things, in the right ways,

Who’s Leading in Carbon Capture: Europe vs North America

Who’s ahead? Everyone likes a bit of healthy competition and this is also true in the world of carbon capture, utilization and storage (also known as CCUS). Besides, when it comes to decarbonization, winning is a thing to strive for. In this blog, we’ll take a closer look at a

How Cignus Instruments builds better carbon capture and hydrogen business with CaptureMap

Cignus Instruments is an innovative startup focused on solving a big problem in carbon capture, utilization and storage (CCUS) and hydrogen. Based in Norway and founded in 2020, they’re developing a new type of mass flow meter. This meter is designed to accurately measure the flow of CO2 and hydrogen,

Biogenic capture project trends

Biogenic capture projects and the great potential in net-zero solutions

An overview of biogenic capture projects, with data on transport, utilization and storage as well as trends to 2030

Biogenic emitters in CaptureMap

NEW Top trends for biogenic carbon capture projects

This blog looks at the role biogenic CO2 from industrial emitters could play in the context of carbon capture, utilization and storage (CCUS)

Carbon capture projects: growth trends towards 2030

Carbon capture is set to play a key role in decarbonizing industrial sites across the world. But how far have we gotten and where are we headed? To understand the pace and scale of growth in different segments and regions, you’ll have to stay on top of carbon capture project

Carbon capture projects: the top 5 secret characteristics

This post explains key characteristics behind the carbon capture projects under development globally, based on data from CaptureMap

Carbon capture projects global

Strong growth: 1000 carbon capture projects and counting

In this blog, we’ll give you the most comprehensive update of carbon capture projects around the world

Find the best sites to decarbonize

Site selection: 4 essential steps to find the best sites for carbon capture

As a decarbonization solution provider, you are faced with an incredible set of opportunities these days: all sites at some point need to decarbonize, or go out of business. But how do you go from the many sites to identify and focus on your best leads – the ones most

The biogenic CO2 breakdown: which 6 sectors have the most emissions?

Large industrial plants frequently use biomass as a power source or raw material, resulting in the release of CO2 that contains carbon from the biomass. This type of CO2 is known as biogenic CO2 emissions. Unlike fossil fuel emissions that release carbon that’s been stored for millions of years, biogenic

Big role for CCUS in the iron and steel industry

The iron and steel industry plays a vital role in modern society, including the energy transition. But it also comes with significant GHG emissions. This blog post offers an overview of the industry’s production processes, including the different types of GHG emissions, and various mitigation options including the role that

Photo by Sara Kurfeß on Unsplash

8 key learnings from the latest EU ETS emission data for 2022

The latest EU Emission Trading Scheme (ETS) data, with verified emissions for 2022, has been published early April on the EU Transaction Log. Our early analysis of the data for the power and industry sectors show a 1.4% reduction in emissions between 2021 and 2022. In this article we provide

Ethanol – A Great Starting point for Carbon Capture?

Ethanol is a great compound. It keeps our hands clean during pandemics, it’s used as a feedstock for many industrial chemicals, it can power fuel cells, and it works well in combustion engines. And yes, it can also bring a special touch to celebrations. In addition, ethanol can be a

Great EU ETS news

The EU emissions trading system, also known as EU ETS, is a cap and trade setup of emission allowances for the power generation sector and energy-intensive industry. As a tool in the tool box of emission reductions, think of it as the EU’s biggest hammer, covering about 40 % of

Interesting GHG Emission Trends for Different Industry Segments

In Endrava, we’re passionate about greenhouse gas emissions (GHG). More specifically, cutting those emissions in the best way possible. With CaptureMap, we often get caught up in looking at sites or segments individually, but in this blog post we wanted to use the tool differently. In this article we provide

E-PRTR: 4 reasons why we love and hate the E-PRTR database

CaptureMap is based on public data, that means that the facilities on the map measure or calculate their CO2 emissions, and report them to their national authorities who then publish the data openly. We pick the data up, and integrate it in our tool. Sounds easy, right? One of the

CCS Ready to Conquer the Ammonia Industry

Ammonia is not typically discussed at the dinner tables around the world, but it should be: it’s a vital chemical for making fertilizer, enabling efficient food production for a growing world population. Ammonia’s importance is also linked to significant energy needs and large greenhouse gas emissions. In this article, we

cement industry

The cement industry needs carbon capture for reducing emissions

The cement industry plays an important role in the global economy, providing the building blocks for infrastructure development and construction projects worldwide. However, cement production is also a major contributor to carbon dioxide (CO2) emissions. It is imperative for the cement industry to address this issue and take proactive steps

Good potential for CCS on Waste-to-Energy plants

There is increasing interest in the potential for capturing CO2 from waste-to-energy (WtE) plants in Europe, and safely storing it. But how many of these plants are there in Europe, how much CO2 do they emit and how much could be captured?

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