Bali Workshop 2023
The workshop was organized by PHI in order to obtain Directions from KLHKb (Directorate of PPA and PPKPL) regarding the type of Technical Approval for the management of PEP Tarakan and Sembakung wastewater, as well as Directions regarding plans for changes in the management of several permits for disposal of drainage of PHKTf irrelevant wastewater. Workshop as a representative from the Ministry of Environment and Forestry (representative of the Directorate of PPA and Director of PPKPL), the Environmental Services of East Kalimantan and North Kalimantan Provinces.
Meetings on capacity building for environmental document evaluation service 2023
Capacity building for environmental document assessment services involves developing the necessary skills, knowledge, and resources to evaluate and analyze environmental documents effectively. This process is essential for individuals or organizations involved in reviewing environmental impact assessments (EIAs), environmental management plans (EMPs), or other environmental reports. Here are some key steps and considerations for capacity building in this area: Identify the scope and objectives:
Determine the specific focus of the capacity building efforts. This could include training individuals within an organization, establishing a team dedicated to environmental document assessment, or developing expertise in a particular sector or region.
Assess existing knowledge and skills: Conduct a thorough assessment of the current knowledge and skills of the individuals or team involved in environmental document assessment. Identify any gaps or areas that require improvement. Provide training and education:
Develop a comprehensive training program that covers the necessary technical, legal, and regulatory aspects of environmental document assessment. This may involve workshops, seminars, online courses, or specialized training programs conducted by experts in the field.
Foster collaboration and networking: Encourage collaboration and knowledge sharing among professionals involved in environmental document assessment. This can be achieved through networking events, conferences, and online platforms where individuals can exchange ideas and best practices. Establish quality control mechanisms: Implement quality control mechanisms to ensure consistent and accurate assessment of environmental documents. This may include developing standardized review procedures, establishing peer review processes, or creating guidelines and checklists for assessing different types of documents. Access to resources and tools:
Provide access to relevant resources, such as databases, reference materials, and software tools that facilitate the assessment process. This can help streamline the evaluation process and enhance the efficiency of document review.
Continuous learning and updates: Environmental assessment practices and regulations are subject to change over time. It is crucial to establish mechanisms for continuous learning and staying updated on the latest developments in the field. This can be achieved through regular training refreshers, participation in professional development activities, and engagement with relevant professional associations or regulatory bodies.
Monitor and evaluate progress: Regularly monitor and evaluate the effectiveness of the capacity building efforts. This can be done through feedback from trainees, tracking improvements in the quality of assessments, and measuring the impact of capacity building on overall environmental decision-making processes. By following these steps, individuals and organizations can enhance their capacity to effectively assess and evaluate environmental documents, leading to more informed decision-making and improved environmental outcomes.
Soil Sampling
Soil sampling is the process of collecting representative soil samples from a particular area or location for analysis. The analysis of soil samples can provide information about the physical, chemical, and biological properties of the soil, as well as its nutrient content and potential for supporting plant growth. The process of soil sampling typically involves taking small samples from several locations within a larger area in order to get an accurate representation of the soil in that area. The samples are typically collected using a soil probe or auger, and are then combined to create a composite sample.
Pertamina Survey Lap Bunyu 2023
Baseline Survey Activities Physical Chemical Biological Components Around The Ronggolawe-3 Well Drilling Activity Plan by Saka Indonesia Pangkah Limited
Amdal Pusat Commission Meeting Jun 2023
Brief Summary of AMDAL
The Concept of AMDAL
AMDAL stands for Analisis Mengenai Dampak Lingkungan (Environmental Impact Assessment). It is a systematic process used to identify, predict, evaluate, and mitigate the potential environmental impacts of a proposed project or activity.
The Purposes
The purpose of an AMDAL is to ensure that environmental considerations are taken into account during the planning and decision-making processes of a project. It involves conducting a comprehensive study to assess the potential environmental impacts of a project, ranging from land use changes and air and water pollution to biodiversity loss and social impacts. The assessment considers both the direct and indirect impacts of the project.
An AMDAL typically includes several key components:
Baseline data collection: This involves gathering information about the existing environmental conditions in the project area before the project begins.
Impact assessment: This step involves predicting and evaluating the potential environmental impacts of the proposed project based on the collected baseline data. It includes identifying the magnitude, extent, duration, and significance of the impacts.
Mitigation measures: After identifying the potential impacts, the AMDAL proposes measures to mitigate or minimize the adverse effects. These measures can include changes in project design, technology, or operational practices to reduce environmental harm.
Environmental management plan: This outlines the measures and strategies to be implemented during the project’s construction, operation, and decommissioning phases to minimize and manage environmental impacts effectively.
Public participation: AMDAL also involves engaging relevant stakeholders, including local communities and organizations, to provide input, express concerns, and participate in the decision-making process.
Decision-making: The findings and recommendations of the AMDAL are considered by relevant authorities or regulatory bodies responsible for granting permits or approvals for the project. The decision-making process takes into account the environmental impacts, mitigation measures, and public input.
The exact requirements and procedures for conducting an AMDAL can vary between countries, as it is typically mandated by national or regional environmental laws and regulations. The aim is to ensure sustainable development and minimize adverse environmental effects while promoting economic growth and social well-being.
Gathering and Informal Meeting with Local Stakeholder in East Kalimantan for Social Economic and Environmental Consideration
Interviewee: Environmental Impact Assessment (EIA) is a systematic process that evaluates the potential impacts of a proposed project or development on the environment. The socio-economic aspect of EIA recognizes that projects can have both positive and negative effects on local communities, their livelihoods, and the overall social and economic fabric of an area. It aims to assess and manage these impacts to ensure sustainable development and equitable outcomes.
Interviewee: Socio-economic impacts are identified and assessed through a combination of methods, including data collection, surveys, public consultations, and expert analysis. The process typically involves studying the project’s potential effects on employment, income, local businesses, infrastructure, public services, cultural heritage, and community well-being. The assessment considers both direct impacts (e.g., job creation or displacement) and indirect impacts (e.g., changes in property values or access to resources).
Gathering and interviews on socio-economic and cultural RKL RPL monitoring in the Kutai Kartanegara district.
In the districts of Marangkayu, Muara Badak, Anggana, Muara Jawa and Samboja, Kutai Kartanegara Regency, East Kalimantan. Territory*
Monitoring Sosekbud RKL RPL – PHSS (PT. PERTAMINA HULU Sanga Sanga)
Contractor Forum 2023
Equip workers with knowledge regarding hazards and risks in their work along with the mitigation that must be carried out.
Social Mapping August Solok 2023
Technical Assistance West Sumatera Sept 2023
Addendum of Andal RKL RPL Bandung 2023
Joint Mini Soccer with PT EOS Partners
Sampling Saka Sesulu Oct 2023
The sampling of Water Quality, Sediment, and Aquatic Biota, and the monitoring of transportation, marine mammals, and other activities in the surrounding area, serves as a preliminary survey for the execution of the 2D/3D Seismic Survey activity in the Sesulu Working Area, Makassar Strait Waters, by Saka Indonesia Sesulu Limited.