Key ESHS impacts and risks during construction include: the need to relocate approximately 380 artisan fishermen boats that encroach on the APMTC concession area; clean-up of previously existing contaminated soil on the site; and impacts related to dredging activities. Other ESHS impacts and risks related to the construction phase are those typically associated with large infrastructure civil works.
Once in operation, the key ESHS impacts and risks are those characteristic of any port operation, such as fugitive and/or accidental spills from vessel and road traffic; treatment and disposal of ship effluent and ballast waters; and occupational health and safety to port and shipyard employees.
The sections that follow describe how APMTC expects to manage potential ESHS impacts and risks of the Project, including proposed mitigation measures necessary to ensure compliance with the IFC Policy and Performance Standards on Environmental and Social Sustainability.
Environmental and Social Impact and Risks Identification Process and Management Programs:
At the corporate level, APM Terminals has a robust integrated quality, environmental, and occupational health and safety (QESHS) management system, which is applied to all of its operations. It includes a Policy that provides an overarching statement of the quality, environmental, social and health and safety objectives and principles guiding the corporation’s ESHS performance, which is consistent with the applicable IFC Performance Standards. This Policy is endorsed by top management, and reflects the company’s core vision, values, and philosophy regarding management of social, environmental, labor, and occupational health and safety risks and impacts of its operations globally. APM Terminals is a signatory of the Global Compact and therefore is committed to live by its 10 guiding principles with regard to respect of human rights, labor, environment, and anti-corruption practices (
http://www.unglobalcompact.org/AboutTheGC/TheTenPrinciples/index.html). The Policy and supporting plans and procedures emphasize the importance of stakeholder engagement and communication, and define requirements for internal communication with employees as well as external communications with clients, vendors and suppliers, regulatory agencies, costumers, labor unions, and other interested parties.
APMTC conducted a full Environmental and Social Impact Assessment (ESIA) for the Project in accordance with Peruvian environmental laws and regulations and in-line with good international industry practices (GIIP) and IFC requirements. This ESIA was approved by the Direction of Environmental and Social Matters of the Ministry of Transport and Communication on September 2012 via license No 1650-2012-MTC/16.
The project’s ESIA identified dredging and historical contamination remediation as activities with potentially significant environmental and social impacts and risks. It recommended two additional targeted environmental
and social impact studies for these two activities be carried out to assess the significance of potential ESHS impacts and risk and propose management measures, one for the dredging activities and one for the historically contaminated soil remediation program at the site.
As part of the ESIA process, environmental baseline conditions were determined, potential impacts of construction and operations assessed, and mitigation and monitoring plans and mitigation measures developed. These include solid waste, water quality, and effluent management programs, ship ballast water management and verification program, and air quality and emissions management and control, among others.
Furthermore, per the concession agreement, APMTC needed to assess any environmental liabilities or contamination legacy issues, prior to assuming control of the terminal. As part of the ESIA, a Phase I (ASTM E1527-05) evaluation of the project site was performed and a total of 62 environmental liabilities were identified, ranging from equipment exceeding air emission standards and piles of domestic garbage to more significant high levels of TPH and heavy metal (namely As, Cd, Co, Cu, Pb and Zn) contamination in the soil.
In addition to the commitment to comply with all applicable Peruvian social and environmental, labor, and occupational laws and regulations, APMTC has developed an environmental management strategy comprised of five distinct plans: Environmental Management Plan, Environmental Monitoring Plan, Contingency Plan, Closure and Decommissioning Plan, and Investment Plan.
Based on the findings of the ESIA and consistent with APMT corporate Policy, the Environmental Management Plan describes the measures and procedures to mitigate general negative impacts and includes: construction and operation environmental and social impact prevention and control program, environmental and safety education and capacity building programs, environmental and safety signaling program, solid and effluent management program, and social communication and stakeholder engagement program.
Organizational Capacity:
Reflecting its values, APMTC has a strong QESHS team led by a Head who reports directly to the CEO and is supported by an analyst and 4 unit Managers. The Environmental and Health and Safety (EHS) Unit, has 6 occupational health and safety supervisors, 1 environmental supervisor and 2 assistants. The Security Unit has a total of 18 security professionals either in the control rooms or as security guards, who work in three 8 hr-shifts. The Quality and Compliance Unit is responsible for process and document control and has 2 professionals, and the Emergency Response Unit has 3 permanent staff, an ambulance and an open link with the fire department. In addition, also reporting directly to the CEO is the Corporate Communication Head who manages all external communications, including the community consultation, engagement, and management plan as well as all CSR initiatives, a
nd is supported by a total of 2 professionals. Within the Human Resources Division, there is a Training Supervisor who evaluates capacity building and training needs for people responsible for the implementation of ESHS plans and procedures, and sets up their annual training programs.
Monitoring and Reporting:
During the ESIA process, baseline air quality (PM10, PM2.5, SO2, CO, NO2, O3 and H2S levels) was measured in 12 stations within APMTC’s airshed. Noise was measured in a total of 30 stations with day and night campaigns. Soil quality was also sampled and levels of As, Cd, Zn, Pb and TPHs were measured. Water quality (ToC, pH, TSS, nitrates, ammonia, Cr+6, TPH, BOD, COD, As, Hg, PAHs, Oil & Grease) was sampled in a total of 13 stations across the harbor and roadstead in two different events. Marine sediments were also sampled at the same 13 stations used for water quality.
The Environmental Monitoring Plan has the objective of verifying the effectiveness of the proposed impact mitigation measures, and includes procedures to assess air, soil, water and marine sediments quality, as well as noise levels. In addition, this Plan also includes a sub-program to monitor any measurable impact over flora and fauna, a sub-program to assess the effectiveness of the soil remediation measures, and a social management sub-program.
The QESHS Head and 4 line managers, meet on a weekly basis with the Corporate Communication Head, the CEO and the COO, to review project ESHS status and performance, report any relevant issue and propose corrective measures and follow-up as required. Minutes are kept of these weekly meetings.
In compliance with its environmental permits, APMTC presents ESHS compliance reports to the environmental authorities twice a year. At the time of appraisal two of such reports had been presented and a third was under preparation. These reports describe general compliance of both the business and operations as well as the status of the implementation of the construction and remediation management plans. In addition, APMTC has outsourced project supervision to Royal Haskoning (
http://www.royalhaskoning.com/en-gb/Pages/default.aspx) and included ESHS as a key performance element.