The anaerobic digestion of microalgae is a prospective environmentally feasible option for
creating a renewable source of energy for industrial and domestic needs. Microalgae …

Anaerobic digestion is an attractive waste treatment practice in which both pollution control
and energy recovery can be achieved. Many agricultural and industrial wastes are ideal …

The generation of toxic, malodorous, and corrosive hydrogen sulfide (H 2 S), which can
cause serious hygiene and health problems and damage biogas plants, is inevitable in …

The potential of microalgae as a source of biofuels and as a technological solution for CO 2
fixation is subject to intense academic and industrial research. In the perspective of setting …

Many industrial sectors are likely to generate highly saline wastewater: these include the
agro-food, petroleum and leather industries. The discharge of such wastewater containing at …

Halotolerant or halophilic microorganisms, able to live in saline environments, offer a
multitude of actual or potential applications in various fields of biotechnology. The technical …

Water consumption in a fish-processing industry and high-strength wastewater from such an
industry are of great concern world-wide. Liquid effluent regulations are becoming more …

Biofuels derived from biomass will play a major role in future renewable energy supplies in
transport. Gaseous biofuels have superior energy balances, offer greater greenhouse gas …

Owing to its profound pollution-inducing properties and resistance to biodegradation, saline
organic wastewater (SOW) has unavoidably emerged as a predominant focal point within …

Wastewater generated by the food industry is rich in nitrogen and phosphorus with possible
presence of heavy metals. Physical and chemical methods of treatment, although effective …