Learn the importance of good lighting for chemical industries!

When a manager delves into lighting for chemical industries, they can ensure different benefits for the business, such as cost reduction, improved quality in the work environment – which increases staff productivity – among other advantages that enhance competitiveness.

To help you better understand the importance of lighting, we have brought this material that lists the most recommended types of luminaires, shows which ones are ideal for chemical industries, why to combine LED with natural light, and more. Follow along!

What are the recommended types of luminaires?

There are different equipment developed for specific segments, such as chemical industries, ideal for offices, condominiums, supermarkets, public lighting, laboratories, etc.

There are also products that are specially designed to meet the needs of industries in general, as they are built with more economy, durability, and low maintenance in mind. These are:

• High bay floodlight – brings greater luminous efficiency (generates more brightness with less energy) and better directs lighting;
• Modular high bay – reduces the number of light points and directs them where they are really needed and is divided into low bay linear (for ceiling heights below 7 meters)
• Vapor tight luminaire – suitable for low temperatures, as it is the ideal option for refrigerators and industrial kitchens, as well as being suitable for places that are difficult to see due to steam, dust, or humidity;

Note that some of these reflectors and luminaires can be used in different areas. For example, high bay floodlights can be implemented in supermarkets, industrial warehouses, courts, gyms, ports, parking lots, and industries, as these are relatively similar environments.

What are the important characteristics of luminaires for chemical industries?

In general, industries consume a large amount of energy because they need to illuminate larger areas and leave the lights on for long periods of time. Therefore, luminaires must have good energy efficiency.

In chemical industries, the environment where components are produced is rigorously controlled. The batch can be completely compromised if there is a temperature change in the location, as an increase in heat can cause transformations in the products. A light that generates heat, for example, causes great financial damage to the business and also the need to replace all equipment, wasting time.

Therefore, it is important to use luminaires that do not emit heat and infrared rays. Finally, it is also interesting that the device is resistant to chemical agents, humidity, water, and dust. This is an important quality because it is possible that the luminaire will be in contact for many hours a day with vapors, residues, or gases from chemicals.

To find products with these qualities, check if they use LED (light emitter diode) technology, which can transform electrical energy into light. This type of lighting brings a large number of benefits to a chemical industry. See:

• less energy consumption – LED luminaires can generate cost savings of up to 90% compared to incandescent bulbs; modulation and flexibility – each LED control module is independent, so the operator can use the platform and adjust the amount of lighting digitally, either manually or automatically;
• less maintenance – the lighting system will be more resistant to soot, dust, heat, cold, vapors, electrical oscillations, among other damage, which reduces maintenance and replacements;
• better lifespan – good quality LEDs can have a lifespan of about 50,000 hours if used continuously (24 hours a day), much more durable than conventional luminaires;
• quality – luminaires have no filament, do not emit infrared or thermal radiation (heat transmission by electromagnetic waves), making them ideal for chemical industries.

What is the importance of combining LED lighting with natural lighting?

Despite all the advantages provided by LED luminaires, combining them with natural lighting will bring even more benefits to the industry. Artificial lights do not have the broad color spectrum and wavelength of natural light, which makes the former not as beneficial as the latter.

When applied intelligently, sunlight makes the work environment more pleasant, leaving employees in a better mood, more productive, and sociable. They will take greater pleasure in performing their activities and will want to stay in the company, reducing employee turnover.

Regarding lighting for chemical industries, it is important to note that not all items can be in contact with natural lighting. Hold meetings with leaders from other departments so they can inform you which locations can have sunlight and where only LED luminaires should be installed.

It is also interesting to receive specialized support to carry out lighting projects, ensuring that the appropriate products are acquired by the industry, installed in the appropriate location, and in accordance with current regulations.

How does lighting automation work for the chemical industry?

Managers can make lighting in the industry more intelligent by automating its control, which is called indoor automation. Thanks to this technology, luminaires can turn on when someone enters the location, turn off when natural light enters the room, increase or decrease the brightness as needed, among other scenarios.

In practice, the entire electrical network or specific points are integrated by a specialized system, and a receiver acts as a switch for each circuit, making a touch control the entire system.

This can save up to 15% more on energy costs, but it is recommended that the same company that supplies the luminaires also provide automation, as the implemented system will have better compatibility with its equipment.

When dealing with lighting for the chemical industry, it is important to pay attention to both the needs of factories in general and those specific to chemical product manufacturers. With the use of LED technology and automation, it is possible to ensure an efficient lighting system.

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