Growth regime and environmental remediation of microalgae

Chelating Polymers and Environmental Remediation

Modelling the kinetics of leachate remediation using microalgae

The remediation of leachate from (municipal) landfills is becoming an increasing challenge for many government authorities. There is mounting interest in using bioremediation as a means of stripping these contaminants from the leachate and concentrating it within biological material, typically microalgae. Additionally, there is significant interest in the production of lipids from waste streams...

Heterogeneous Catalysis for Environmental Remediation

The intensive human activities in chemical industry and environmental purification urge the development of advanced protocols for green production and waste management. In environmental science, developing highly efficient and environmentally-friendly catalytic materials and systems are very favourable approaches to green chemical synthesis and remediation of contaminated air, soil, and wastewa...

Environmental Remediation Law and Economies in Transition

The paper discusses the design of environmental remediation laws in countries struggling with fundamental market and institutional reforms. Optimal cleanup standards, liability rules, and enforcement are discussed from the standpoint of both economic efficiency and practical implementation. Particular attention is paid to financing mechanisms and issues that arise during privatization.

Application of Humic Substances in Environmental Remediation

Humic substances are generally seen as important soil and natural water components. They are formed during humification of organic matter by soil microorganisms. Humic substances are a mixture of complex organic compounds that are usually separated into three fractions: humic acids, fulvic acids and humins. The properties of humate products on the market depend on the ratios between these fract...