Numerous higher education learning facilities are putting a greater focus on campus sustainability in an effort to contribute to global resource preservation. A large variety of natural resources are applied to make the products consumers use today and will become non-existent if not conserved appropriately. These same products pose substantial harm to the environment due to their inability to break down naturally. Sustainability methods can be applied throughout building design, construction, and continued maintenance. Every step taken to reduce energy use, apply recyclable products, and lengthen the time of use helps in preserving supplied resources. While it is not always possible to make considerable alterations to existing buildings, higher learning facilities do have the ability to make changes regarding structural safety compliance for a reduced impact on the environment. An alteration does not have to be extensive to make a positive change toward minimizing resource consumption for ensuring future availability.
Simple and Cost Effective Changes
It is easy to want to make widespread changes for promoting environmental and resource protection; however, even the smallest alteration has the capability of making a big difference. Here are a few options for improving campus sustainability without greatly increasing facility costs:
- Use of Recycled Materials
- Implementation of Energy Reduction Processes
- Limiting Use of Harmful Chemicals
- Choosing Items With Sustainable Characteristics
- Adding Sustainable Building Features
Higher learning facilities wanting to lessen the impact made by their campuses have countless available options. Photoluminescent egress signs are an effective change every educational facility should consider. These products offer these benefits:
- Building Safety Code Compliance
- Reduced Energy Use
- Do Not Add Waste To Landfills
- Eliminate Maintenance Practices
- Promote Sustainability Through a Longer Usage Life
- Offer Dependability During An Emergency
- Do Not Include Toxic Materials
These benefits are not obtainable when using the usual signing methods seen throughout buildings over the last few decades. Incandescent lighted identifiers require electricity, wiring materials, immense maintenance, and are not recyclable. Tritium alternatives introduce the hazard of radioactive chemicals. They have the same drawbacks of incandescent forms with the exception of needing energy for visibility. Photoluminescent egress signs eliminate all of these complications to provide a realistic sustainable option.
How Are Photoluminescent Products Different From Customary Choices?
Traditional safety identification items entail a higher cost and have a substantial impact on the environment. Incandescent egress products, while averaging the same purchasing expense, do not provide the long term savings experienced with self-luminous alternatives. An incandescent version takes additional time to install due to wiring requirements. They must have continuous energy to meet safety code guidelines and this factor leads to hundreds to thousands of dollars in additional electrical expenses each year. Maintenance tasks involve wiring checks, bulb changes, secondary power source upkeep, and testing. Photoluminescent egress signs use surrounding light to supply a visible safety item. They do not require electricity, a large amount of maintenance, have a longer lifespan, and harmful practices are not necessary in order to maintain their effectiveness. Higher learning facilities seeking a cost efficient approach are switching to this signing option to meet building code requirements while making the necessary adjustments for enhanced eco-friendliness.