Environmental analytics - focus on pollutants
The responsible use of resources, whether by saving or reusing them, is one of the key challenges of our time. In particular, the environmentally friendly recycling of building materials plays an important role, as does the environmentally friendly disposal of materials without further potential hazards. CleanControlling Chemical contributes to this with standard-compliant and customized analyses in the field of environmental and wastewater chemistry.
A wide range of analytical methods are used in environmental analysis. This diversity also enables us to respond flexibly and professionally to individual issues that go beyond general regulations and ordinances. The laboratory tests are carried out in accordance with the quality standards set as part of the accreditation according to DIN EN ISO/IEC 17025:2018. In addition to the standardized test methods, our chemical laboratory has a list of all test methods in the flexible accreditation range, which enable very extensive analysis options.
Soil, waste, sludge and sediment
In our accredited environmental laboratory, soil, asphalt, building rubble, landfill and waste wood samples are routinely analyzed in accordance with the applicable regulations and ordinances. After qualified sample preparation, a variety of physical, physico-chemical and chemical analyses are used. A further focus is on testing for harmful levels of asbestos and WHO fibers. These tests are used for geological reports, declaration analyses and also in agricultural areas.
Foundry materials
In the foundry technology sector, raw and input materials are analyzed for residues as part of quality control, as is foundry waste such as slag, moulding sand, filter and blast furnace gas dusts. In connection with emissions trading, the quantities of CO2 released can be determined by the difference between the carbon content of the materials used and the waste.
Water
Water analysis is used to analyze samples of wastewater, groundwater and surface water, seepage water, cooling water, process water, drinking water as well as deionized and ultrapure water physically, physico-chemically and chemically. These analyses are used for geological reports, the analysis of industrial wastewater, process water or ultrapure water for industrial production, but also in agricultural areas.
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