How to choose a factory address for chemical suppliers?

Close to the origin of raw materials or major markets

How to choose a factory address for chemical suppliers?

Close to the origin of raw materials or major markets
Chemical production often relies on bulk raw materials such as sulfur, chlorine, ethylene, etc., with high transportation costs and safety risks. When selecting a location, priority should be given to being close to the raw material supply area or target consumer market, which can significantly reduce logistics costs and supply chain interruption risks. For example, sulfuric acid plants should be located near pyrite mining areas, while fine chemical plants are more suitable for layout around downstream manufacturing clusters.
Convenient transportation and logistics conditions
There should be a complete road, railway or waterway transportation network to facilitate the safe and efficient transportation of hazardous chemicals. The location near the river, sea, or railway hub is more advantageous, especially for the storage and transportation of bulk liquid or gaseous chemicals. At the same time, independent freight channels need to be planned to avoid crossing with pedestrian traffic and ensure safety.
Adequate water resources and energy security
Chemical production consumes a large amount of water and needs to be located in areas with sufficient water sources and excellent water quality, while ensuring stable supply of energy such as electricity and steam. Some high energy consuming processes, such as electrolysis, have extremely high demands on the power grid load and require an early assessment of the regional power supply capacity.
Strict environmental and safety compliance requirements
It is necessary to stay away from densely populated areas, ecologically sensitive areas, drinking water sources, etc., in accordance with the safety distance stipulated in the Regulations on the Safety Management of Hazardous Chemicals.
The factory site should be located on the upwind side of the minimum frequency wind direction throughout the year to avoid the spread of harmful gases to residential areas.
Avoid earthquake zones, collapsible loess areas, and geological hazard areas prone to floods or landslides to ensure reliable engineering geological and hydro meteorological conditions.
Chemical industrial parks included in government planning
Priority should be given to approved professional chemical industrial parks to enjoy supporting services such as centralized gas supply, sewage treatment, and hazardous waste disposal, reducing infrastructure investment. Meanwhile, the park usually has a mature industrial ecosystem and policy support, which is conducive to coordinated development.
Compliant with national and local industrial policies
Newly established enterprises must be built in areas designated by local governments specifically for the production and storage of hazardous chemicals, and meet national standards such as the "Code for Design of General Layout and Transportation of Chemical Enterprises" (GB50489) and the "Code for Fire Protection Design of Buildings" (GB50016).
Reserved development space and potential for collaboration
The factory area should have sufficient area and expansion space to adapt to future capacity expansion. At the same time, consider forming industry chain synergy with upstream and downstream enterprises to enhance overall competitiveness.
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