Debris Chute System
Accidents, filth, and hazardous working conditions are constant hazards at construction sites. In addition, debris is created during construction. For project engineers, disposing of this construction trash is a problem. This causes numerous accidents, the majority of which are fatal. Human life is priceless, and these incidents could result in enormous financial and legal obligations and major disruptions to the schedule of the construction site. This loss is significant.
The following are some of the problems related to the unsafe disposal of debris:
- Accidents, most of which are fatal.
- Huge legal and financial liabilities.
- Workplace that is unsafe for employees, staff, and visitors.
- Violation of the most recent OSHAS and ISO 14000 standards.
- High levels of noise and dust.
- More personnel for the removal of debris.
- Ducts utilised for the removal of debris must be cleaned often.
- This endeavour becomes much more challenging in locations with a high population density.
Unfortunately, nobody has given this issue even the tiniest thought or attention up to this point.
Olive Enviro Industries, a pioneer in solid waste handling and building waste debris chute systems, has developed cutting-edge technology to address the challenges associated with debris disposal.
Through the use of Olive Enviro Industries’ building waste debris chute systems, debris disposal is now SAFE and USER FRIENDLY.
SALIENT-SAFE DEBRIS CHUTES:
- A specialised plastic grade used in manufacturing
- A compact product
- Free from UV rays for some time longer than 12 years
- Effortless Erection
- Dismantling is simple
- Reduced dust and noise levels at the building site, improving working conditions
- Reducing the amount of labour required for debris removal
- Lower costs for installation and operation
- Storage space is smaller
- It can be applied to different projects
- High wear resistance and impact resistance
- User-friendly merchandise
- On the building's exterior edge, debris chutes can be installed
- Possible erection on RCC structure or scaffoldings