The continuous growth of municipal solid waste generation, especially from construction activities, has been responsible for the appearance of many and efficient municipal solid waste management policies from public authorities. An efficient waste management program can avoid inappropriate waste, disposal, which can cause damage to both environmental and public health. Additionally, it may even lead to the development of recycling programmes. Giving special attention to Construction waste crushing solid waste enterprises, it is important to develop environmentally active practices among construction companies with a view to reduce waste generation, increase reuse and recycling.
kefid supplies a full range of cost effective, heavy duty, fit for purpose recycling solutions comprising of innovative crushing and screening equipment. Our recycling solutions are ideal for a wide range of applications including quarrying, mining, industrial, infrastructure and construction. Pilot Crushtec’s machines are designed for diverse recycling applications, including construction and demolition (C&D) waste, asphalt paving, clay and concrete bricks and blocks, porcelain, ceramics, glass and other solid waste. Liming’s recycling machines have already processed millions of tonnes of construction and demolition (C&D) waste, quarry and mine waste, glass and other solid wastes and have contributed to the preservation of finite resources, the increase of the life of landfills, the reduction of carbon emissions, the saving of energy and the reduction of the carbon footprint of many of our customers.
With the introduction of recycling legislation worldwide and increasing pressure on companies to become “greener” and to reduce their carbon footprint, kefid offers a complete range of fully mobile tracked and tyre-mounted equipment for most solid waste recycling requirements.
The mobile recycling solutions offer complete, versatile crushers and screens with an instant set-up time, ensuring the machines are up and running quickly. These solutions are diesel-driven and therefore work independently of electricity grid and power supply. They are cost-effective as they save installation costs and time, as well as allowing for quick and easy reconfiguration of the plant for changing production demands. These machines can be quickly and cost effectively deployed on construction sites, to recycle construction and demolition waste into usable materials, thereby reducing dumping and transport costs and reducing the use of virgin building materials.
