Renewable Jet and Diesel Fuel

As a drop-in solution with Jet A/A-1 commercial aviation turbine fuel, this new Amyris-Total fuel can be seamlessly included in commercial aviation following the ASTM validation and amendment of the global standard.

Economic Feasibility of Sustainable Non-Food Feedstock Pongamia Pinnata Based Biodiesel Production

Pongamia has attracted the world's attention as a sustainable substitute for petroleum products and its ability to grow and reclaim marginal lands.

Residential And Commercial Refuse-Derived Fuel Waste To Energy

This report serves as an overview of gasification technologies processing municipal solid waste (MSW) that includes non-recycled plastic.

Using Microbes to Produce Biofuel

Liquid fuels derived from plant biomass are one of the best alternatives if an inexpensive means of commercial production can be found. Major research efforts are focusing on fatty acids, which are the energy-rich molecules in living cells that have been dubbed nature's petroleum.

Fuel Pellets from Renewable Sources

All of our customers have been able to utilize our fuel with no, or only minor, modifications to their fuel feed and combustion systems.

How to Make the Most of Your Pellet Stove Investment

Typical savings are in excess of 60 percent. However, if you even reach a 15-30 percent return on your investment, you're going to save money.

Vegawatt Cogeneration System Powers Restaurants with Waste Vegetable Oil

Currently, Owl Power Company has 22 Vegawatt devices installed and operating at restaurants, most located in the Northeast, with one in California and two in the United Kingdom.

Jatropha 2.0 - Biofuel Breakthrough

SGB's crop improvement platform is highlighted by aggressive breeding and selection via the largest, most diverse library of Jatropha genetic material in the world, and supported by the application of sophisticated genotyping and molecular breeding tools designed to shorten breeding cycles.

Advanced Biogas Thermal Mass Flow Meter Boosts Methane Recovery System Operation

The S.P.M. Mill operators initially tried using Oscillator and Vortex technology flow meters. They found that these flow technologies contain moving parts or orifices and were unable to measure flows accurately at the low flow rate demanded by this digester application.

Algae to Biofuel Technology

Algae converts at a very high efficiency into biocrude, as it has lots of caloric value and happens to have the same molecular structure as petroleum. So out of all the whole biomass sources, algae is probably the most efficiently converted to biocrude.

Gasplasma® Technology

The Gasplasma® process delivers higher energy efficiency than alternative waste-to-energy processes. Converting waste to a gas to generate electricity directly in gas engines, turbines or fuel cells dramatically improves energy conversion efficiency and maximises electrical output.

Biofuels for the future

We still need a lot more research into different biofuels to see which source will be low cost and environmentally safe. Using a weed, pond scum, municipal waste and manure are future possibilities of biofuels that help, rather than damage our food sources and the environment.

Separation of electrolytes from non-electrolytes by pseudo-charge mosaic membranes

The piling of anion and cation ion exchange membranes can provide a kind of pseudo-charge mosaic membranes and that can be practically used in various industrial applications, and is worth of further detailed studies.

Processing and Disposal of "soft" Municipal Solid Waste and Conversion into Electricity

Ligno cellulose consists of accumulated solar energy, however recovery of this energy is possible only through combustion processes with considerable environmental disadvantages. The proposed technology offers a completely different approach: The input materials are dissolved in a concentrated salt solution.

Harvesting Energy from Organic Materials

Harvest uses a platform of technologies - including advanced composting, anaerobic digestion, and material recovery - to harness the full carbon, energy and nutrient value from discarded organic materials.

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