ECOnnect Energy's goal is to facilitate the uptake of greener energy sources for global use, targeting all stakeholders in the energy value chain. The IQuay is universal, so can be adapted for different market segments and geographical regions.
Ammonia is a promising, carbon-neutral fuel that has many applications.
Develops and deliver turn-key ammonia bunkering solutions on land or by barge.
Bunkering solutions from small scale vessels to cruise ships, and large scale vessels.
The implementation of carbon capture technologies will result in an increased need for infrastructure supporting off and on-loading of CO₂.
A jettyless system requires only a small footprint and can hence be installed at existing and congested ports to increase export volume.
Jettyless LNG transfer allows for rapid and cost-effective solution for LNG transport from offshore facilities to receiving terminals.
Global energy demand has created the need for fast large-scale solutions, which can not be met by renewable energy sources alone.
With proprietary technology suitable for ammonia, CO₂, hydrogen, LNG, and more, ECONNECT Energy is engaged in international projects:
ECONNECT Energy was founded to address the challenges and inefficiencies of traditional LNG offloading methods from ship to shore. Our core offerings remove the need for fixed and permanent infrastructure, such as quays, jetties, trestle structures and loading platforms, and our technology also transfers ammonia and liquid CO₂.
Dredging and marine construction, which are both expensive and damaging to coastal areas, can be eliminated with ECONNECT Energy’s floating jettyless transfer solution.
Contact us! Share information about your application and operational requirements, irrespective of project maturity.
Our domain experts will evaluate your project parameters to ensure that jettyless is a viable and optimal solution.
Gain access to our domain experts and
work with us to further mature the project definition.
Realise your infrastructure project by reducing investment, execution schedules, and environmental impact.