The Indonesian government through Presidential Regulation Number 79 of 2019 and Presidential Regulation No. 109 of 2020, established an Integrated industrial zone in Batang (KIT Batang). At the local level, it is followed up by spatial planning revision of the Batang Regency. At that policy, many agricultural areas will convert into the industrial zone and their supporting facilities. It accommodates more than 3.000 Ha of the industrial zone increment including KIT Batang. On the other hand, the main issue in a coastal area such as Batang Regency is the increasing level of seawater resulting from climate change. Climate change is caused by global warming. Moreover, global warming is affected by increasing CO2 in the air. That phenomenon occurred by several factors such as increasing carbon emission by vehicles, decreasing the area of the green zone, increasing the high carbon emission activity, and so on. Most of the global warming factor is derived from industrial zone activity. By that fact, the researchers want to ensure the impact of Batang Integrated Industrial zone establishment on the ecosystem services, especially the Climate Management Service. The research is conducted by the deductive–qualitative– rationalistic paradigm. The deductive starts from resuming the theory regarding ecosystem services on climate management and then synthesis of the variable and factor. It will be compared to the empirical fact and analyzed quantitatively through scoring and spatial analysis, By using the 2019 (start years of new spatial planning of Batang) and 2039 (end years of Batang spatial planning) data, this research aims to identify the land convert phenomena to measure the ecosystem services changes.