Hazardous waste
Technologies for recovery and recycling of polyurethane foam residues in construction and insulation
18.10.2026
Modern technologies for the recovery and recycling of polyurethane foam waste in construction make it effectively possible to minimize construction debris and reduce negative environmental impact. Thanks to chemical and mechanical recycling methods, insulation residues are transformed into high-quality secondary materials, in particular insulation panels and installation components. This contributes to the implementation of circular economy principles and a significant reduction in production costs for energy-efficient building materials.
Management of abrasive material waste and grinding wheels at machine-building plants
17.10.2026
At machine-building plants, the handling of waste abrasive materials and grinding wheels requires the organization of their mandatory collection, sorting by fractions, and safe storage at specialized sites. Effective processing and reuse of such technogenic waste significantly reduce the environmental impact of the enterprise and optimize raw material costs.
Modern technologies for the disposal of spent organic solvents in the pharmaceutical industry
16.10.2026
The modern pharmaceutical industry is actively implementing innovative methods for the disposal of spent organic solvents, among which deep recovery using membrane technologies and catalytic oxidation occupy a leading place. These environmentally friendly approaches not only make it possible to minimize the harmful impact of toxic waste on the environment, but also significantly reduce enterprises' costs thanks to the reuse of valuable chemical components in the production cycle.
Methods of collection and ecological recycling of fiberglass and composite material production waste
15.10.2026
The article discusses modern methods of collection, sorting, and environmentally safe recycling of production waste from fiberglass and polymer composite materials. Special attention is paid to innovative technologies of chemical and thermal recycling, which help reduce anthropogenic environmental impact and reintroduce valuable resources into the production cycle.
Features of handling silicone and sealant waste at construction industry enterprises
14.10.2026
At construction enterprises, the management of silicone and sealant waste requires special attention due to their chemical composition and potential environmental impact. Cured polymer residues are generally classified as non-hazardous waste, but their accumulation requires compliance with clear rules for sorting and transfer to specialized disposal. At the same time, liquid forms and containers from chemicals are classified as hazardous waste, which obliges enterprises to implement strict environmental standards for accounting and safe storage.
Technologies for the disposal and processing of spent medical thermometers and mercury-containing medical devices
13.10.2026
Modern technologies for the disposal of spent medical thermometers and mercury-containing devices involve their safe collection, hermetic transportation, and subsequent demercurization at specialized enterprises. The main goal of these processes is the complete extraction of metallic mercury, its neutralization by chemical methods, or distillation followed by recycling to prevent toxic environmental pollution.
Features of handling bitumen waste and remnants of road construction materials
12.10.2026
The management of bitumen waste and road construction material residues requires strict compliance with environmental standards to prevent environmental pollution. An effective solution in this area is the reuse and recycling of asphalt concrete, which significantly reduces raw material costs. The introduction of modern technologies for the disposal of such waste contributes to the development of sustainable construction and a reduction in the volume of construction debris accumulated in landfills.
Technologies for recycling and recovery of spent batteries and chemical current sources
11.10.2026
Modern technologies for the recycling and recovery of spent batteries and chemical current sources are aimed at the efficient extraction of valuable metals, such as lithium, cobalt, nickel, and lead, for their reuse in production. The development of these methods makes it possible to significantly reduce the negative environmental impact of hazardous waste on the environment and ensure a sustainable supply of critical raw materials to industry.
Management of galvanic slag and heavy metal waste at industrial enterprises
10.10.2026
Effective management of galvanic slag and heavy metal waste at industrial enterprises is critical for preventing environmental pollution and protecting public health. Modern measures include the introduction of closed water circulation cycles, safe disinfection of toxic sediment masses, and their thorough neutralization before disposal. Such an integrated approach makes it possible to significantly minimize environmental risks and ensure compliance with strict environmental regulations.
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