As global demand for both raw materials and finished products continues to increase, the shipping industry is poised for sustained growth. However, like all sectors, the maritime industry must undergo a fundamental transformation to align with the European Union’s objective of achieving a climate-neutral economy by 2050.
Energy commodities are fundamental to the global economy, affecting transportation, manufacturing, agriculture, and residential energy use. Their prices are influenced by geopolitics, weather, supply-demand balance, and regulatory policies.
Chemical products derived primarily from crude oil and natural gas. They serve as the building blocks for a vast array of industrial and consumer products, including plastics, fertilizers, textiles, packaging, detergents, synthetic rubber, and more.
Also known as bio-based chemicals—are chemical products derived from renewable biological sources such as plants, algae, microorganisms, or agricultural waste. They are increasingly being developed as sustainable alternatives to fossil-derived chemicals across a wide range of industries.
Customized lipid solutions specifically developed to meet the unique functional, nutritional, or processing requirements of a particular product or application. These are formulated by modifying the composition and structure of natural oils and fats to deliver precise performance in food, cosmetics, pharmaceuticals, or industrial uses.
We help organizations and individuals improve how they produce, consume, and manage energy.
We provide expert advice to optimize energy efficiency, reduce costs, enhance sustainability, and ensure regulatory compliance.
Key Benefits
• Can be drop-in solutions in existing vessels (especially FAME & HVO)
• Lower lifecycle GHG emissions compared to HFO or MGO
• Support IMO decarbonization targets
• Enhance energy diversification and security
Are natural or refined substances used to generate power or heat.
They include fossil fuels, electricity, and renewable resources, and they form the backbone of the global economy—powering everything from cars and factories to homes and digital infrastructure.
They are primarily produced through processes like:
Cracking: Breaking down large hydrocarbon molecules in crude oil into smaller ones (e.g., ethylene, propylene).
Reforming: Altering hydrocarbon structures to make aromatics.
Steam Cracking & Catalytic Cracking: Common in refining and petrochemical plants.
Why Biochemicals Matter
• Reduce dependence on fossil resources
• Lower GHG emissions
• Enable circular and bio-based economies
• Enhancesbiodegradability and environmental safety
• Drive innovation in green chemistry
• Improve product performance and consistency
• Meet health, dietary, or sustainability goals
• Reduce cost while maintaining functionality
• Differentiate products in competitive markets
Why Is Energy Consulting Important?
Cuts energy costs and improves profitability
Reduces environmental impact
Enhances resilience to energy market volatility
Improves compliance and brand reputation
Supports the transition to a low-carbon future
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