Industry

Suitable for all organic waste, these composting systems are revolutionising the way landfill sites are operated. As the manufacturer of these innovative systems, we are setting new standards in environmental protection and sustainability.

Industrial composting offers local authorities a sustainable and environmentally friendly solution for recycling organic waste. This contributes to waste reduction, energy recovery, soil improvement and environmental protection and promotes sustainable waste management.

Covering the raw material not only protects the rental equipment but also reduces emissions.

Waste incineration plants primarily burn waste to generate energy. Composting helps to recover valuable resources and reduce the amount of waste sent to landfill during recycling.

Cement production causes significant greenhouse gas emissions, consumes increasingly scarce raw materials and is very energy intensive. So-called refuse-derived fuels (RDF), which are produced from energy-rich waste by stabilising residual waste, offer a solution.

Sewage sludge from municipal wastewater treatment plants contains a range of valuable plant nutrients and is used in agriculture as an organic fertiliser, particularly in the form of compost, which improves the humus content of the soil. In particular, the agricultural use of the phosphorus it contains is an important benefit given the finite nature of this resource.

Horse droppings can be transformed into a valuable fertiliser for the garden, which can be returned to the soil in accordance with the principles of the circular economy. Whether roses or vegetables, horse droppings are an effective way to provide plants in the garden with nutrients.

Compost plays an essential role in the nutrient cycle. Organic matter is decomposed by microorganisms, returning nutrients to the soil. However, compost is not only a supplier of nutrients, but also a soil conditioner. This is because it promotes the formation of humus and improves the structure and water retention capacity of the soil.

In the field of waste treatment, fermentation plants are employed for the biochemical conversion of organic waste, as well as food and fat residues. Following the mashing process, the organic substances are broken down into carbon dioxide and methane by anaerobic bacteria in the absence of oxygen.

In the field of waste treatment, fermentation plants are employed for the biochemical conversion of organic waste, as well as food and fat residues. Following the mashing process, the organic substances are broken down into carbon dioxide and methane by anaerobic bacteria in the absence of oxygen.