GREEN SHIP SOLUTIONS IN OMAN
EIWAA Marine green ship solutions for sustainable shipping of reducing marine decarbonization and getting higher energy efficiency solutions in Oman. Offshore renewable energy integration, environmentally friendly ship operations, and green retrofitting solutions in ships and vessels to improve energy efficiency and lower carbon emissions are among the areas of competence of our marine surveyors and naval architects. By using offshore carbon reduction technologies and sustainable marine engineering, our marine solutions and consultants assist ship owners in meeting quantifiable sustainability goals by international environmental standards.
We offer green design services for the hull lubrication system, exhaust gas cleaning system (EGCS/scrubbers), ballast water treatment system (BWTS), and LNG fuel conversion, making us one of the best ship energy efficiency solutions. Low-emission vessel design and drawing are aided by 3D laser scanning and modeling of hybrid propulsion systems, shore power connections (cold ironing), EEDI and CII compliance, and waste heat recovery systems (WHRS). To help transform energy-efficient ideas into practice, we provide services including 3D scanning, surveying, feasibility studies, basic design work, comprehensive engineering, equipment supply, and project management support. We work with a number of technological partners who are experts in various fields related to energy-efficient solutions.
- Hybrid propulsion systems, which combine LNG, electric, or diesel propulsion to maximize fuel efficiency.
- Converting heavy fuel oil to LNG in order to reduce emissions
- Alternative fuels for ships
- Improvements to energy-efficient engines, including turbocharging and high-efficiency engines
- Optimizing propeller shafts through better design or hydrodynamic loss retrofits
- Design of the hull: to minimize drag
- Failure of the hull coating to lessen water resistance and biofouling
- Modification of the bulbous bow to enhance hydrodynamic performance
- Hull form optimization via computational fluid dynamics (CFD) analysis
- Waste Heat Recovery system, which collects heat from engine exhaust
- Ships with an energy-efficient system to track and maximize onboard energy
- Ships and vessels' Energy Management System (EMS)
- LED lighting retrofits to lower energy usage; battery storage and energy hybrid systems
- Variable frequency drive (VFD): for compressor, fan, and pump optimization.
- A connection to shore electricity (cold ironing)
- An energy-efficient HVAC system for heating and ventilation compliance
- Optimizations for trimming to modify loads and ballast
- Cleaning the rudder and propeller
- Reduce sulfur emissions with an exhaust gas cleaning system (EGCS/Scrubbers).
- BWTS (ballast water treatment system) Energy-efficient ballast management compliance
- Monitoring of hull air lubrication systems' conformity with the Carbon Intensity Indicator (CII)
MARINE DECARBONIZATION SOLUTIONS IN OMAN
With the growing focus on greenhouse gas emissions and the implementation of EEXI and CII regulations, forward-thinking owners are looking for ways to evaluate their current emissions levels and measure the effectiveness of strategies to reduce their emissions footprint.