Risk Category	X.1 Risk Identification	X.2 Risk Allocation	X.3 Mitigation Plan
			
Availability of land, site risk, and asset risk	The soil's structural integrity is inadequate for the implementation of the technologies involved in waste to energy project. The soil's structural integrity refers to its ability to maintain its structure and stability under various conditions. In the context of a waste-to-energy project, the soil's structural integrity is crucial for several reasons.

Firstly, the waste-to-energy project involves the construction of heavy infrastructure, such as waste processing facilities, energy generation units, and ancillary structures. These structures exert significant weight and pressure on the soil, which can lead to compaction, subsidence, and other forms of soil deformation. If the soil lacks adequate structural integrity, it may not be able to withstand these loads, resulting in structural damage to the facilities and potential safety hazards.



Secondly, the waste-to-energy project may require the installation of underground utilities, such as pipelines, cables, and drainage systems. These utilities are essential for the efficient operation of the project and need to be securely anchored in stable soil. Soil with insufficient structural integrity may not provide adequate support for these utilities, leading to potential leaks, ruptures, or other malfunctions.

Therefore, addressing the soil's structural integrity is crucial for waste-to-energy projects. This can involve various measures such as soil compaction, reinforcement with geotechnical materials, installation of foundation systems, and implementation of erosion control measures. By ensuring the soil's structural integrity, the project can minimize risks associated with soil deformation, contamination, and utility failure, contributing to the safe and sustainable operation of the waste-to-energy facility.	Project Company	Before initiating the construction process, it is imperative to conduct a thorough assessment of the soil’s bearing capacity. Our team of engineers, who specialize in waste-to-energy initiatives, has already meticulously evaluated the results from six distinct drilling holes on the designated project land.  Their expert analysis has affirmed the land’s adequacy for the intended development.
Prior to embarking on the construction process, a comprehensive assessment of the soil's bearing capacity is of paramount importance. This crucial step ensures the stability and longevity of the planned waste-to-energy facility. To this end, our team of highly skilled engineers, renowned for their expertise in waste management solutions, has meticulously evaluated the results obtained from five strategically placed drilling holes on the designated project land.

Utilizing advanced geotechnical techniques and state-of-the-art equipment, our engineers conducted thorough soil investigations. Each drilling hole provided valuable data on the soil's composition, density, moisture content, and underlying geological formations. The engineers carefully analyzed this data, considering factors such as soil type, grain size distribution, and groundwater conditions.

Through rigorous analysis, our team assessed the soil's ability to support the weight of the proposed waste-to-energy facility. They considered potential risks such as soil compaction, settlement, and liquefaction, which could jeopardize the structural integrity of the facility.

Their expert evaluation confirmed that the soil on the designated project land possesses adequate bearing capacity to withstand the weight and loads associated with the construction and operation of the waste-to-energy facility. This assessment provides a solid foundation for the successful implementation of the project and ensures the safety and reliability of the facility throughout its lifespan.
 
Land Availability land, site risk, and asset risk	Construction work sites are limited by the restrictions imposed by the local community.	Project Company	·   The cooperation of various parties is needed to carry out socialization and mobilization of heavy equipment to be carried out after an agreement is reached with the residents.
·   The project land chosen is also large enough to accommodate storage of heavy equipment and construction materials, thus limiting the traffic and inconvenient for the local community.
Land availability, asset and site risk
 	Delays and increased costs due to the prolonged land acquisition process	Project Company	The government agrees with the location of the project land prior to the implementation process by taking into account the following matters:
•The Agency Requiring Land (Government) prepares a land planning study at the planning stage to identify land requirements, land status, spatial suitability, cost estimation, social and environmental impacts of land acquisition, and timeline for land acquisition implementation. The preparation of this study can be done in collaboration with the land agency to ensure ownership/control and status of land
•The government needs to determine the project location and ensure that all requirements have been met before applying for a Location Determination Permit
•The government needs to ensure that the land acquisition process can proceed in accordance with the provisions of laws and regulations;
•The process of monitoring and evaluating the process of land acquisition
			
			
			
			
			
			
			
Land availability, asset and site risk	Failure to acquire project land due to difficult land acquisition process	Project Company	•the  status of project land have been already identified and deemed with no legal issues.
·  implementation of project land acquisition procedures that are transparent and accountable.
•Intensive Coordination with all levels of government up to the RT level regarding the Waste to energy project which falls into the category as Priority Strategic National (PSN)
			
			
			
			
			
Land availability, asset and site risk	Land status risks, e.g. dual land certificate ownership was discovered when the project was implemented	Project Company	•Carry out validation and settlement of land ownership status
			• Support from related authorities (BPN, Population Service) is very important
			•An announcement is made in the village after the inventory and identification process has been completed
			 

those are the Land risk management associated with the future implementation of MSW incinerator in South tangerang, indonesia. 

Can you rewrite in a clear and comprehensive way, the document above, adding the level of risk for each point. the tone will very professional