CO²NTROL - Refurbishment pays off!

Sustainable CO2 Savings through Event Projector Refurbishment: A Smart Choice

In today's world, where environmental conservation is playing an increasingly vital role, the refurbishment of technical devices like event projectors is gaining significant importance. Refurbishment proves to be not only a cost-effective option but also a crucial player in environmental protection. An impressive aspect in this regard is the substantial CO2 reduction achieved through refurbishment compared to the production of new equipment.

A study* validates the savings of approximately 18 kg of CO2 per kilogram of product weight when comparing refurbished devices to new ones. This remarkable reduction results from the diminished demand for raw materials, energy, and transportation associated with new production. Moreover, event projector refurbishment also contributes significantly to water conservation. The manufacturing of new electronic equipment often entails a considerable water footprint, whether in raw material extraction, manufacturing, or component cleaning. Refurbishment minimizes this water consumption, fostering a more environmentally responsible use of our limited resources.

* For copyright reasons, we cannot offer the paper for download, but will be happy to make it available on request.

An often overlooked, yet most impressive, aspect is that operating refurbished devices with renewable energy sources can almost reduce the generated CO2 footprint to zero. This is because no additional resource-intensive production steps are involved, making this option a wise choice for environmentally conscious event planners and technology users. The sustainability and efficiency of refurbished event projectors offer a win-win solution, delivering both economic and ecological benefits. By choosing to refurbish our projectors, we not only express our commitment to sustainability but also actively contribute to reducing our ecological footprint.

The ReBeam Process

• Checking the condition of the unit on receipt of goods
• Disassembly
• Cleaning of the optical channel
• Repair of defective components (down to component level chip level)
• Assembly
• Quality control at delivery