Hazardous waste
Features of waste management of fiberglass and composite materials in the shipbuilding industry
04.11.2026
In the shipbuilding industry, the management of fiberglass and composite material waste requires special attention due to their complex multi-component structure and high resistance to natural degradation. Effective resolution of this environmental problem involves the implementation of modern recycling methods, in particular mechanical shredding, pyrolysis, and chemical processing for the reuse of valuable fibers. This not only helps to minimize the negative impact on the environment, but also promotes the development of the circular economy concept in ship manufacturing.
Methods of regeneration and recycling of road bitumen residues and asphalt concrete mixtures at construction sites
03.11.2026
Modern technologies of regeneration and recycling of asphalt concrete mixtures directly at construction sites allow for the efficient reuse of road bitumens, which significantly reduces the costs of new materials. The use of mobile complexes for hot and cold milling minimizes transportation costs, reduces the volume of construction waste, and substantially cuts the negative impact on the environment. Such an approach ensures high quality of the restored road surface while simultaneously accelerating the pace of repair work.
Technologies for collection, neutralization, and processing of spent electric vehicle batteries
02.11.2026
The rapid development of electric transport creates an urgent need for efficient technologies for the collection, safe disposal, and deep recycling of spent rechargeable batteries. Modern recycling methods not only minimize the negative impact of toxic waste on the environment, but also allow for the recovery of valuable critical materials, such as lithium, cobalt, and nickel, for their return to the production cycle.
Features of waste management of expanded polystyrene and thermal insulation materials in refrigeration engineering
01.11.2026
In refrigeration engineering, effective waste management of expanded plastics and thermal insulation materials requires the introduction of modern recycling technologies and special methods of safe disposal. Since such polymer materials are difficult to decompose under natural conditions, their recycling significantly reduces the negative impact on the environment and optimizes production costs. At the same time, compliance with strict environmental standards encourages enterprises to develop closed-loop processes for the complete recovery and neutralization of insulation waste.
Methods of neutralization and processing of spent electrolytes from galvanic workshops
31.10.2026
Spent electrolytes from electroplating shops contain high concentrations of toxic heavy metals and acids, and therefore require mandatory neutralization before disposal. The primary methods for their neutralization are reagent-based methods, which include the neutralization of acidic and alkaline environments, as well as the reduction or precipitation of metal ions into sparingly soluble compounds. Modern technologies also involve the use of membrane methods, ion exchange, and electrodialysis, which allow not only for the purification of wastewater but also for the return of valuable components back into the production cycle.
Technologies for the collection and processing of synthetic resin and adhesive residues in the woodworking industry
30.10.2026
In the woodworking industry, the efficient collection and processing of synthetic resin and adhesive residues is critical for compliance with environmental standards and ensuring occupational safety. Modern technologies involve the use of recovery, chemical neutralization, and safe disposal methods for production waste. This makes it possible to minimize the harmful impact of toxic compounds on the environment and optimize the use of raw materials at enterprises.
Modern technologies for handling waste of photographic materials and X-ray room reagents
29.10.2026
Modern technologies for handling waste from photographic materials and X-ray rooms involve the mandatory recovery of valuable heavy metals, in particular silver, from spent X-ray films and fixer solutions. This allows not only to minimize environmental damage from toxic chemical reagents, but also to ensure their safe disposal in accordance with modern environmental standards.
Methods of recycling and disposal of spent lubricating and cooling fluids in metalworking
28.10.2026
The article examines modern methods of recycling and disposal of spent cutting and cooling fluids generated during metalworking. Special attention is paid to physico-chemical and biological cleaning methods, which reduce the environmental load on the environment and increase the efficiency of their reuse in production.
Features of waste management of organosilicon compounds at chemical engineering plants
27.10.2026
The disposal of organosilicon compound waste at chemical engineering plants requires the use of specialized technologies for deep purification and neutralization due to their high toxicity and environmental persistence. Effective management of such residues involves their separate collection, recovery of valuable components, and safe thermal destruction or disposal. This makes it possible to minimize environmental risks and ensure compliance with strict environmental regulations in production.
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