• Waste management plans have a key role to play in achieving sustainable waste management. The main purpose is to give an outline of waste streams and treatment. More specifically we aim to provide a planning framework for the following:

–        Compliance with waste policy and 

          target achievement

–       Outline of waste characteristics and 

         sufficient capacity

         for managing waste

–        Control of technological measures

–        Outline of investment requirements

–        Collection, Transport,

          Processing/disposal and

         monitoring of waste streams

• Wanaga Waste Management undertakes to implement a comprehensive Waste Management Plan incorporating all the afore-mentioned information.
• The service provided also includes trained personnel onsite to manage and sort all waste according to specified waste classifications.

• Waste Disposal includes the following:

–        General Waste

• Stored and collected in skip pins (6,11,18,28 cubic meter) and disposed of at registered Disposal Sites closest to the point where the waste is generated.

–        Compactable Waste

• This process of compacting of waste makes it possible to collect more waste as the quantity of waste is compressed which reduces the cost of transport.

–        Building Rubble

• Wanaga Waste Management offers a variety of bins and vehicles which include Bob Cats, Tippers and other yellow plant for the collection and disposal of any rubble and or waste at a construction site.

–        Industial Waste

• Waste Management Services as well as Once-Off services incorporate the identification of valuable resources within the Industrial Waste Stream which can be Recovered and Re-Used, and disposal is only considered if no other option is available.

–        Liquid Waste

• Specialist Super Sucker vehicles are used for the collection and safe transportation of liquid waste for disposal.

• The Objective to treat Hazardous Waste Streams are to reduce toxicity of harmful components so as to minimise the impact on the environment.
• The technology used for treatment of Hazardous Waste is:

–        Physical: remove or separate hazardous and

        toxic materials i.e evaporation or filtration.

–        Chemical: assist in the application of

         physical treatment and to lower toxicity of

         hazardous waste.

–        Biological: organic matter is removed by

         means of biological oxidation.

–        Anaerobic: Involves the breakdown of organic waste to mainly gasses and water in the absence of oxygen.

–        Immobilisation: converts the hazardous waste into an inert, physical stable mass with sufficient strength to allow for land filling or land reclamation.

–        Solidification: converts the waste through cementation into an insoluble rock like material by being mixed with suitable materials.

–        Ash Blend: blending of flammable waste with sufficient fly ash, bottom ash so that the flash point is >61 C

–        Neutralisation: adding of acid or alkali to bring the pH in the region of 7.