Vycarb Launches CO2 Removal Pilot in New York Waterway
,000-100,000 years. Vycarb’s CO2 neutralization system combines high-CO2 water with natural minerals to instantly generate HCO3, preventing the CO2 from entering the atmosphere.When deployed at scale, the system is expected to enable carbon removal and storage at less than $100/tonne per year. A key technology for reducing costs is the company’s direct measurement sensor technology which quantifies CO2, HCO3, and CO3 in water in real-time. It helps optimize the mineral dissolution reaction to naturally changing CO2 concentrations.Vycarb says there are no negative consequences on local ecosystems
"AI is the Game Changer"
;re going succeed is through automation, a big part of which is additive manufacturing. It was appealing to me coming into Austal USA leading the Advanced Technology division, with a clear focus on the Navy’s Additive Manufacturing Center of Excellence in Danville, Virginia. What are the key technology drivers of your primary customer – the US Navy?If we look at the submarine industrial base, there is a growing need for people, processes and automation, to support the growing scope of additive manufacturing; our partnership with the Institute for Advanced Learning and Research, also located
Connecting the Dots: From Remote Operations to Full Autonomy
deeper dive into how offshore, subsea, and maritime companies can tangibly increase productivity and cut costs by leveraging existing technology.Sign up here.Harvest Technology Group at a GlanceHQ: Perth, AustraliaPresident/CEO: Paul GuilfoyleNumber of employees: 43Website: https://harvest.technology/Key Technology: Harvest’s proprietary Nodestream technology is pivotal to businesses looking to digitalization as a way to increase productivity and decrease costs. Nodestream is a proprietary transfer protocol technology that enables live streaming of video, audio and data, using ultra-low latency and
NOC Celebrates 25th Anniversary of First AUV Mission
we’ve been able to progress the AUV technology, pushing the UK’s autonomous capability forward and creating the next generation of pioneering vehicles that will continue our history of exploration and crucially enable the transition towards net-zero observations. Autonomous vehicles are a key technology to enable scientific research to move to net-zero emissions. I am excited to see NOC’s Autosub developments playing a vital role in this change, and look forward to seeing the continued advancement of the technology and the associated scientific exploration.”Capable of being deployed
ABS Grants AIP for CMI's Deepsea Mining System
. The project ultimately entails the development of subsea mining machines, high concentration and large particle slurry lifting systems, and offshore mining support vessels.“Demand for resources to support the low carbon economy means sustainable subsea mining will increasingly be viewed as a key technology. As the leader in offshore classification, ABS is pleased to be able to use its experience to support CMI, which is taking an important step in the development of a subsea mining system and we look forward to continuing cooperation with CMI in this important field,” said Matt Tremblay,
ORE Catapult's Floating Wind Center Attracts Leading Offshore Energy Players
, installation and operations and maintenance," ORE Catapult said.According to ORE Catapult, the FOWCoE will work closely with stakeholders across the sector, including the Welsh and Scottish Governments and regional authorities in England, leading academic institutions in the UK, and key technology and supply chain providers. "This collaborative approach will enable the Centre to deliver and coordinate a range of world-leading activities, including a portfolio of collaborative projects," ORE Catapult said.According to ORE catapult, the first tranche of projects will focus
BIRNS Celebrates 65 Years
submersibles were introduced in the 1950s. Fast forward to today, and depth ratings for subsea systems have exponentially changed, and connectivity solutions for today's subsea systems are extremely advanced and complex.BIRNS was born in Los Angeles and quickly became known for contributing key technology to the marine and nuclear industries. Early marine market contributions included building specialty lights for the Sea Lab projects and illuminating the excavation of the Titanic.Throughout its 65-year history, the company has helped advance technology in these markets, and its products have
Enpro Testing New FIS Technology
a company. Support for R&D is a key element of our subsea engineering action plan, with innovation support highlighted as a key priority. Subsea engineering is one of Scotland’s true global strengths and projects like this can only help reinforce that position.”Together with its other key technology, FAM, the company provides operators flexibility development strategy throughout the life of field of its assets by enabling production enhancing technologies such as metering, flow assurance, data acquisition and hydraulic intervention to be used on standard subsea hardware.The company uses
Ushant Tidal Energy Project Gets a Data Boost
platform to identify, assess and anticipate potential failures.Sabella’s 1MW D10 turbine was initially commissioned in 2015 in the Fromveur Passage, a strait that lies between Ushant Island and the Molène archipelago, off the coast of the French region of Brittany. After undergoing key technology upgrades, the tidal turbine was redeployed in October 2018. Once again, the 400-tonne machine lies on the French seabed and captures the tide to provide renewable power to the 800 inhabitants of Ushant island. Sabella and QOS partnered to optimize the unit’s operation.“Operating and
February 2025
