Carbon Insetting Solution to Decarbonize Supply Chains

Unifeeder’s new ‘GreenBox’ carbon insetting solution is set to aid in decarbonizing the seaborne sections of its customers’ supply chains, enabling faster Scope 3 reductions By Abi Wylie / 05 Jun 2024

Discover World-Leading Technologies for Ocean Science

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Carbon Insetting Solution to Decarbonize Supply Chains
Follow OS&T

Unifeeder is offering its customers ‘GreenBox’, a new carbon insetting solution to decarbonize the seaborne sections of their supply chains. 

This service is an important element in Unifeeder’s wide-reaching sustainability strategy, which aims to cut the business’ emissions by 47% to 2030 and enable customers to accelerate their Scope 3 reductions.  

Unifeeder Group, part of DP World’s Marine Services Division, is already running part of its global services using alternative fuels. 

GreenBox tracks these shipments and generates tokens for each ton of carbon saved. Customers can purchase the tokens, or ‘insets’, for use in their sustainability reporting and Unifeeder uses the proceeds to buy more alternative fuels. The first tokens have already been successfully generated and can now be acquired.

The International Renewable Energy Agency (IRENA) estimates that renewable fuels based on green hydrogen and advanced biofuels could cut up to 80% of CO2 emissions attributed to international maritime shipping by 2050.

GreenBox follows the guidelines of the globally recognized Smart Freight Center and its Clean Cargo Initiative and each carbon inset is verified by Bureau Veritas. Customers will be able to easily acquire their insets by using a dedicated online access, which will allow them to manage and track their insets. Unifeeder plans to generate around 25,000 tokens in the introductory phase of GreenBox in 2024.

GreenBox and the use of alternative fuels is just one of Unifeeder’s sustainability initiatives, which also focus on reducing fuel consumption through measures to increase fuel efficiency and optimize vessel operations. 

Unifeeder has also started to replace some of its older vessels with methanol-powered ships, due to enter operation by 2026, and expects to cut 15,000 tCO2 emissions annually per vessel. The company is also pressing ahead with the implementation of efficiency-enhancing and fuel consumption reducing modifications and technologies in its chartered fleet of ships.

Unifeeder’s Chief Commercial Officer, Martin Gaard Christiansen, commented; “The use of our GreenBox application supports a decarbonization cycle that expands the use of alternative fuels and accelerates the decarbonization process of our industry.”

Unifeeder’s Director Group Decarbonization, Christian Hoepfner, stated; “It will be many years before we achieve regulatory-driven price parity between conventional fuels plus their CO2 surcharges and alternative fuels. 

“GreenBox will accelerate the industry’s ability to utilize more alternative fuels and crucially support us to use new alternative sources beyond biofuels, such as ammonia and methanol.”

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect

Latest Articles

Real-Time Vibration Analysis Embedded in SBG Systems IMU

SBG Systems’ IMU now features built-in vibration monitoring, delivering real-time analysis to enhance accuracy, detect resonance, and support design, testing, and structural monitoring

Nov 19, 2025
Kraken Robotics Forms Reseller Partnership to Expand Access to Subsea Sonar Technology

Kraken Robotics has appointed BlueZone Group as an authorized reseller of its SAS and KATFISH platform, offering high-resolution underwater imaging, bathymetric mapping, and rapid data collection for defense and commercial surveys in Australia and New Zealand

Nov 19, 2025
Monitoring Marine Environments with Pro-Oceanus Dissolved Gas Sensors

Discover how Pro-Oceanus Systems’ advanced sensors help explore the oceans, measure dissolved gases, and uncover critical insights into marine and climate processes

Nov 18, 2025
Strategic Partnership to Deliver High-Resolution Deep-Sea Seafloor Intelligence & Insights

PlanBlue and Orpheus Ocean have collaborated to integrate advanced AI-driven imaging with autonomous underwater vehicles, enabling enhanced monitoring and analysis of critical deep-sea environments

Nov 17, 2025
FarSounder Integration Delivers Real-Time Seafloor & Obstacle Detection to SYNAPSIS Users

FarSounder has integrated its Argos 3D Forward Looking Sonar with Anschütz’s SYNAPSIS navigation platform, bringing real-time subsurface insights directly into the (W)ECDIS NX interface

Nov 17, 2025
Underwater Optical Communication Showcases 5.2 Gbps Transmission for Marine Applications

Kyocera has demonstrated a high-speed Underwater Wireless Optical Communication (UWOC) technology capable of transmitting data at 5.2 Gbps, enabling real-time, large-volume data exchange for underwater vehicles and ocean exploration

Nov 14, 2025

Featured Content

FarSounder Integration Delivers Real-Time Seafloor & Obstacle Detection to SYNAPSIS Users

FarSounder has integrated its Argos 3D Forward Looking Sonar with Anschütz’s SYNAPSIS navigation platform, bringing real-time subsurface insights directly into the (W)ECDIS NX interface

Nov 17, 2025
Boxfish ROV Captures Marine Research Footage for Upcoming Premiere

Scientists from the University of Tasmania used a custom Boxfish ROV to survey Beagle Marine Park, capturing underwater footage premiering on YouTube this November

Nov 12, 2025
SubC Imaging Observatory Camera Systems Support Long-Term Ocean Observation

SubC Imaging’s Observatory Camera Systems capture detailed subsea imagery for cabled ocean observatories, enabling continuous observation and long-term marine environmental studies

Nov 11, 2025