Industrial waste disposal is an important part of the manufacturing process. Production causes waste in a variety of ways.
It’s important to understand how the disposal of industrial waste works. It can help to ensure that more effective and efficient business processes are put into place.
This blog provides the 13 most common ways to dispose of industrial waste. Understanding them can help to make your business or company more efficient in their waste management strategies.
What is Industrial Waste?
Industrial waste refers to the hazardous and non hazardous waste that is formed by industries.
It’s important to note that this is an inevitable part of the production process. Waste is unavoidable, so it’s important to use sound waste management practices.
Common examples of industrial waste include dirt, scrap metal, oil, solvents, chemicals, and other essential materials used in common production processes.
13 Ways to Dispose of Industrial Waste
These 13 waste to dispose of industrial waste examine how to effectively deal with waste across different waste management streams. At Evoro, we utilise the entire waste management system in order to provide effective, efficient, and environmentally friendly waste management services.
- Waste Reduction
- Reusing Waste
- Waste Recovery
- Recycling
- Composting
- Waste Segregation
- Waste-to-Energy
- Incineration
- Landfill
- Minimisation
- Reselling
- Chemical Neutralisation
- FOG Traps
Each of these techniques offers their own advantages and disadvantages. You can get advice about which will work best from a waste management company like Evoro.
Waste Reduction
Waste reduction ensures that less is produced from the start. Doing this involves minimising tactics that seek to produce goods in a more efficient manner.
It has some major benefits across multiple supply chains. Not only does it reduce waste, but it also gets businesses producing in ways that are itself more efficient and refined. Unnecessary production is cut.
Reusing Waste
Reusing waste involves finding ways to avoid disposing of waste. Reusing might be tricky to do, but putting the time and effort into finding ways does help.
It’s also a great tactic for businesses wanting to develop more green and environmentally friendly practices. Industrial waste can be reused in the production process in things like energy production.
Waste Recovery
Waste recovery, like waste reuse and reduction, seeks to find a way to avoid disposal at a landfill or dumpsite. The benefit of waste recovery is that it gives waste a new lease on life in the production process.
Common waste recovery techniques include composting. For industrial waste, recovery processes seek to obtain energy or to find new materials.
Recycling
Recycling is a common waste management practice across many different waste streams. This is no different when it comes to industrial waste. Additionally, businesses that seek to build greener companies need to engage with recycling.
Industrial waste recycling helps to lessen the environmental impact of the production and manufacturing process. Practising recycling will show potential customers that your industrial company cares about sustainability and efficiency.
Composting
Composting industrial waste is a little used but highly effective waste strategy. It’s more effective than many people might think and should not be ignored as a waste management system.
Industrial waste can come in compostable forms, such as organic waste or food waste.
Waste Segregation
Waste segregation involves separating different forms of waste during the disposal process usually through the use of skip bins. Segregating waste ensures that different types of waste are not mixed when they should not be.
It’s important to practise waste separation techniques when dealing with large and varying amounts of waste. Liquid chemical waste, for instance, should be separated from other liquid wastes.
Waste-to-Energy
Waste-to-energy techniques seek to convert waste materials into different forms of energy. Singapore’s “Incineration Plants” are one of the most popular examples of this.
Small scale waste-to-energy tools can help industrial businesses use their own waste to produce power. This can help to lower overall production costs and will highlight a commitment to effective waste management.
Incineration
Incineration follows some of the waste-to-energy processes, but it does not necessarily mean that energy is produced. Instead, the incineration is the goal in and of itself.
The main benefit of incineration is that it deals with waste swiftly. Waste does not end up in landfills or dumpsites. This helps to lessen the burden of dumping and ensures that effective measures are taken.
Landfill
Using a landfill or dump site to dispose of industrial waste remains a popular waste management strategy. Their popularity is in part due to existing infrastructure and waste streams already in place.
Landfills can also house liquid waste disposal facilities like municipal sewage treatment plants. The major benefit of landfill sites is that they protect human health by removing industrial waste materials from humans.
Minimisation
Waste minimisation, similar to waste reduction, looks at the manufacturing processes in order to lessen industrial wastes at the production point. But it includes minimising what is defined as waste materials.
Some items, like hazardous waste and toxic materials, must be segregated to lessen their harm to human health. But this does not mean that everything needs to be. Trash can be valuable in its own right. Industrial processes can seek to find this value to lessen the total creation of waste produced.
Reselling
Industrial solid waste can contain valuable materials like heavy metals. While they might no longer serve a purpose for the industry, they can be valuable to others. So instead of throwing industrial waste away, they should look at selling it to gain a profit.
If properly managed, industrial waste can become a profitable part of industrial activity. It will also help to see waste generation become integral to business functions.
Chemical Neutralisation
Chemical neutralisation seeks to take harmful chemicals and make them safe for humans to handle. Hazardous waste can cause contamination and water pollution. This can have serious impacts on health overall.
It’s important for this process to be done by a professional waste management team who have the necessary approval from the environmental protection agency (EPA).
FOG Traps
FOG traps are used in commercial kitchens to stop fats, oils, and grease (FOG) from entering the water infrastructure and other water bodies. Contaminated water sources have a trickle down effect that can negatively affect human health, so it is important to minimise the risk of any sort of contamination.
Closing Thoughts
Industrial waste disposal systems have developed in a variety of ways. This is because industrial waste is a large and diverse waste type that does require unique solutions for its unique characteristics.
It is important to remember that waste can be hazardous. Consulting a waste management team like Evoro helps to alleviate this potential risk.
