Comprehensive Oilgae Report

A detailed report on all aspects of the algae fuel value chain, the Comprehensive Oilgae Report will be of immense help to those who are on the threshold of investing in algae biofuels. More ››

Algae-based Wastewater Treatment

Compiled by a diverse team of experts, with experience in scientific and industrial fields, the Comprehensive Report for Wastewater Treatment Using Algae is the first report that provides in-depth analysis and insights on this important field. It uses innumerable data and information from a wide variety of expert sources and market studies, and distills these inputs and data into intelligence and a roadmap that you can use. More ››

Comprehensive Guide for Algae-based Carbon Capture

A Comprehensive Guide for Entrepreneurs and Businesses Who Wish to get a Basic Understanding of the Business Opportunities and Industry Dynamics of the Algae-based CO2. More ››

Comprehensive Report on Attractive Algae Product Opportunities

This is for entrepreneurs and businesses who wish to get a basic understanding of the algae fuel business and industrThe report provides an overview of the wide range of non-fuel applications of algae – both current and future prospects. It will provide entrepreneurs with an idea of how to derive more benefits from their algal energy ventures. The report provides detailed case studies, success stories and factoids of companies that have been involved in the algae products venture. More ››

Comprehensive Castor Oil Report

There is no other comprehensive report available for castor oil anywhere in the world. This is the first of its kind, and currently, the only one. More ››

Algae - Food and Feed

Edible Sea-weeds 


Animal and Fish Feed

Algae-Useful Substances





Algae for Pollution Control

Other Novel Applications

New Technologies in Wastewater Treatment

Have you seen Oilgae's comprehensive report on the attractive product and business opportunities from algae?

The only report anywhere in the world that scientifically analyses every possible non-fuel product opportunity from algae - in nutrition, animal/fish feed, medicine and pharma, specialty chemicals such as agrochemicals and lubricants, plastics, environmental remediation and more.

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Waste-water originates predominantly from water usage by residences and commercial and industrial establishments, together with groundwater, surface water and storm water.

There are a variety of processes that can be used to clean up wastewaters depending on the type and extent of contamination. Most wastewater is treated in industrial-scale wastewater treatment plants (WWTPs) which may include physical, chemical and biological treatment processes.

Most wastewater treatment systems typically have three distinct stages of operation.

The treatment plants have a primary treatment stage to reduce the BOD (Biological Oxygen Demand - The amount of oxygen required by aerobic microorganisms to decompose the organic matter in a sample of water) and amount of settleable solids in the wastewater. The secondary treatment does further biological removal of BOD, solids, and other pollutants. Pathogens and other toxic pollutants are removed in the tertiary stage through the use of disinfectants.

The typical stages of a wastewater treatment system are illustrated below:

Typical Stages in a Conventional Wastewater Treatment Operation


The major disadvantages associated with current wastewater treatment practices are:

  • Many wastewater treatment processes generate large amounts of sludge that must be sent off-site for disposal. Handling and disposal of this sludge is typically the largest single cost component in the operation of a wastewater treatment plant.
  • Most wastewater treatment processes cannot effectively respond to diurnal, seasonal, or long-term variations in the composition of wastewater. A treatment process that may be effective in treating wastewater during one time of the year may not be as effective at treating wastewater during another time of the year.
  • High energy requirements will make many wastewater treatment methods unsuitable for low per-capita energy consumption countries.
  • High operation and maintenance requirements, including production of large volumes of sludge (solid waste material), make them economically unviable for many regions.

There are numerous researches going on in this field to design more efficient and low cost wastewater treatment technologies. This section provides an overview of the new technologies in wastewater treatment.

This section contains the following topics: