Tapico has a subtropical climate. It is humid throughout the year, with hot and humid summers and frequent rainfall, and is occasionally affected by hurricanes. As an important oil industry and port city in Mexico, it also has industrial waste gas, salt fog and dust pollution. The ERV system here can not only efficiently recover energy to meet the high energy consumption requirements of air conditioning, but also precisely control temperature and humidity and filter pollutants. The applicable scenarios mainly include the following core buildings. 

Petrochemicals and port industrial facilities are the key application areas of ERV. Tampico, as the energy industry center in the northeastern part of Mexico, has many large-space buildings such as oil refineries, petrochemical workshops, liquefied natural gas storage stations and port storage areas, which are highly sealed and energy-consuming. During the production process, not only does it need to maintain stable indoor temperature and humidity to ensure the safe operation of equipment, but also it needs to prevent the invasion of outdoor salt fog, industrial dust and harmful gases, and reduce the huge energy consumption of the air conditioning system. The ERV system can continuously introduce clean fresh air while recovering the cold and heat energy in the exhaust, significantly reducing the energy consumption for cooling and heating. Especially for precision instrument control rooms, chemical raw material warehouses and production workshops with high explosion-proof requirements, the energy recovery and humidity regulation functions of ERV can effectively ensure the stability of the production process and product quality. After installing ERV in the port's cold storage center, it can reduce the loss of cooling capacity while preventing condensation indoors, and is suitable for the storage of seafood, frozen food and other goods. 

The demand for ERV (Energy Recovery Ventilation) systems is particularly urgent in commercial and coastal tourism buildings. High-rise office buildings, shopping centers, coastal resort hotels, and cross-border commercial complexes in urban centers have dense populations and long periods of air conditioning usage. In the high-humidity summer environment, indoor spaces are prone to feeling stuffy and experiencing mold problems. Meanwhile, salt fog in coastal areas can corrode equipment and affect indoor air quality. The ERV system can efficiently replace fresh air and filter salt particle while maintaining a comfortable indoor temperature, improving air circulation in densely populated areas, enhancing office and accommodation experiences. For example, in the old city area of Tampico, European-style hotels and newly-built coastal resort apartments have installed ERV systems, which not only meet the energy-saving requirements of green buildings and reduce long-term operating costs, but also can be adapted to different building structures through modular design. Old commercial buildings do not need large-scale modifications to the original air conditioning systems during renovation. The adaptability is strong. For tourist-oriented seafood restaurants and seaside entertainment centers, ERV can effectively remove indoor odors and improve the quality of the consumption environment. 

Medical education and public service buildings are the core compatible scenarios of ERV. Local hospitals, clinics, school classrooms, and cultural venues have strict requirements for indoor air quality and environmental stability. Operating rooms and ICU wards in hospitals need an aseptic and precisely controlled air environment with precise temperature and humidity control. School classrooms are prone to CO₂ concentration due to the concentration of students， and the salt fog and humid air in coastal areas can affect the health of teachers and students. The ERV system can recover energy while removing outdoor pollutants through efficient filtration， reducing the risk of cross-infection and respiratory discomfort. Especially for newly built community medical centers and schools， adopting ERV when planning the ventilation system can not only meet the environmental protection standards of public buildings but also reduce energy expenses during long-term operation. For cultural centers， libraries， and other places， the humidity regulation function of ERV can effectively protect books， cultural relics， and other items that are prone to moisture， which meets the preservation requirements of public cultural facilities. 

The coastal residences and high-end community buildings have excellent compatibility. The mid-to-high-end coastal apartments, villas and large-scale centralized residences in Tampico need to keep the air conditioning on for a long time in summer. Traditional opening of windows for ventilation is prone to introducing salt fog, dust and causing a sharp increase in energy consumption. At the same time, in a high-humidity environment, problems such as mold on the walls and corrosion of furniture are likely to occur indoors. The ERV system can provide 24-hour fresh air supply without opening windows, recover the cold energy from the indoor exhaust air to reduce the power consumption of the air conditioner, filter salt fog and outdoor pollutants, isolate the noise from the coastal area, and improve the living comfort. For residences near ports or industrial areas, the efficient filtration function of the ERV can further block harmful gases, ensuring the health of residents. As the local residents' requirements for living quality increase, in the construction of new residential buildings and the renovation of old residential areas, the ERV system is becoming an important choice for improving indoor environment and energy conservation and reduction. 

Do you need me to compile a list of "selection parameters and installation precautions" for the Tampico ERV (including air volume configuration, filtration grade, and key points for salt spray and moisture prevention treatment) based on these scenarios?