Portuguese 
Green Methanol Leaves Inner Mongolia for South Korea as China’s Project Advances to Integrate Wind Energy, Renewable Hydrogen, Biomass, and Maritime Fuel at an Industrial Scale.
On September 10, 2026, China dispatched the first commercial shipment of green methanol produced by Goldwind’s project in Hinggan League, Inner Mongolia. The cargo headed to Busan, South Korea, marking a significant step for the factory as it moves towards effective fuel delivery.
The information was disclosed by SWCHEM, the company responsible for the engineering and construction of the project. The facility harnesses wind, water, and biomass to produce a fuel intended, among other uses, for commercial shipping.
The project will be developed in three phases and aims to achieve an annual production capacity of 1.45 million tons by the end of 2027.
-
Giant vessel installs 31 of 62 turbines off France, carrying four per trip and advancing the 496 MW offshore wind farm to halfway
-
Farmer Installs 50 Wind Turbines on 7,000-Acre Ranch, Keeps Cattle Grazing, and Transforms Wind into Source of About Half His Annual Income
-
UK’s Largest Floating Wind Farm Collapses, Loses Public Contract, and Sells for Just £1 Following Soaring Implementation Costs
-
7.8 megawatt turbines, with a 182-meter rotor and a 155-meter tower, are starting to rise in the Pilbara desert, and the arrival of these machines from a Chinese manufacturer is stirring up a wind market that was practically stagnant.
Green Methanol Follows a Path Starting from Wind Turbines
Production begins with the winds of Inner Mongolia powering wind turbines. The electricity generated feeds equipment that performs the electrolysis of water, a process that separates its components to obtain hydrogen.
This hydrogen is termed green because its production utilizes renewable energy. Thus, the process reduces the reliance on energy generated from fossil fuels at this stage of the industrial chain.
Simultaneously, biomass undergoes gasification. In this process, plant-derived materials are transformed into gases that can participate in the chemical synthesis of methanol.
The two streams converge within the factory. Renewable hydrogen and the gases obtained from biomass proceed to synthesis, which produces the methanol that is subsequently stored and prepared for transport.
160 MW Equipment Supports Hydrogen Production
The first set of equipment for hydrogen production was supplied by HydoTech and has a capacity of 160 MW. This structure is a central part of the factory because it provides the necessary hydrogen for the chemical stage.
The capacity of 160 MW indicates the size of the electrical system involved, but it does not represent the volume of methanol already produced. Capacity measures the equipment’s ability to utilize energy at a given moment.
The factory integrates various processes within the same industrial project. It connects wind energy generation, water electrolysis, biomass processing, and the synthesis of maritime fuel.
This integration allows tracking the entire trajectory of the product, from the energy captured by the wind turbines to the methanol stored in tanks ready for shipment to buyers.
Capacity of 1.45 Million Tons Will Be Built in Three Phases
The forecast of 1.45 million tons annually corresponds to the complete project, with all three phases implemented by the end of 2027. This figure does not represent the size of the initial shipment sent to South Korea.
SWCHEM, the engineering company contracted to execute the project, reported that the first shipment was officially dispatched on September 10. The company also presented future capacity as a goal for the entire industrial phases.
This distinction is important to understand the real stage of the operation. The plant has already delivered its first commercial product, but it still needs to advance through the planned phases before reaching its projected maximum annual capacity.
The dispatch confirms that production and delivery have occurred. Meanwhile, the figure of 1.45 million tons remains linked to the expected growth of the complex by the end of 2027.
Shipping Companies Secure Methanol to Fuel Part of Their Fleets
Goldwind reported having long-term supply contracts totaling over 750,000 tons with shipping companies such as Maersk and Hapag-Lloyd. These agreements demonstrate that there is commercial demand associated with the use of methanol in ships prepared for this fuel.
Methanol can be stored and transported as a liquid, a useful characteristic for maritime transport. However, its adoption requires vessels with appropriate engines and fuel systems.
Shipping companies are seeking alternatives to reduce their dependence on traditional fossil fuels. In this context, green methanol is appealing because it combines renewable production with potential application in commercial routes.
The environmental benefit depends on the source of energy and the materials used in production. In the Hinggan League project, the announced chain includes wind energy, hydrogen obtained from water, and biomass.
Goldwind’s Activities in Brazil Create Link with the National Wind Industry
Goldwind also operates in Brazil in activities related to wind energy. This presence brings the Chinese project closer to the Brazilian market because wind electricity plays a central role in the production of green methanol.
The connection lies in the industrial experience with wind generation. Renewable electricity can directly serve consumers or power industrial processes, such as the production of hydrogen used in the Chinese plant.
This case illustrates a possibility of integration between renewable generation and the chemical industry. Instead of concluding in the electrical grid, part of the energy contributes to a production chain aimed also at maritime transport.
First Shipment Transforms Industrial Project into Commercial Supply
The shipment to South Korea confirms that the complex has already produced and dispatched its first commercial batch of green methanol. The project has transitioned from being merely announced capacity to putting fuel on the market.
Nonetheless, the scale of 1.45 million tons per year remains as a forecast for the three phases until the end of 2027. Distinguishing what has already occurred from what is still to be built prevents a misunderstanding about the current size of production.
Do you believe that green methanol will gain significant traction in maritime transport? Share your thoughts in the comments and spread the word to those interested in energy, industry, and shipping.
