CoalWater Slurry Fuel: support from Europe

at-flagAmalthea announces a new stage of CWS development: since the May of 2010 technology development is carried out through joint efforts of Amalthea and Effective Energy Technologies GmbH (EET GmbH, Vienna, Austria). EET GmbH is a private company established in 2010 and specialized on development of energy effective technologies in Europe and worldwide.

In a field of CWS Effective Energy Technologies GmbH attracts european certified companies for technology development (preparation, combustion), organizes patent protection, other technology and administrative activity. Amalthea keeps engineering company functions and provides services on the territory of Russia and CIS (in CIS – according to agreement with EET GmbH). Amalthea still continues technology development, search of scientific and technology partners, other R&D activity.

You say iPhone-3G? And what about iPhone dual-SIM?

Only now, in october’08 Apple announced -3G.  No doubts, this is a new interesting gadget. BUT! WHO IS REALLY FIRST?

Last August I’ve seen in Shanghai not the usual iPhone but iPhone! Yes, yes – an iPhone with two SIMs. Everything in the menu of this Aplle (?) gadget says ‘yes, I’m a child of Apple’ excepting the one thing – menu for settings!

Safari, contacts, google maps etc + dual SIM already in August of 2008. I didn’t find ANY articles, press-releases or other who are saying that Apple is going to develop dual-SIM version of iPhone. Thus, who is first – China or Apple? Who is truly develops new gadgets?

I have no ideas…

Ash after the CoalWater Slurry Combustion

 

 Микрофотография золы от сжигания ВУТ 

 

Microfoto of particle after the WCF combustion

 

 

In November of 2008 in a town Enskiy (Murmanskaya region, Russia) first portion of WCF was combusted in a boiler station. Recentley were obtained results of studying of ash particles which are result of WCF (or CWS – Coal Water Slurry) combustion.

Researches were conducted by Kolskiy branch of Russian Academy of Science. As it was expected ash after WCF combustion is seriously different from the ash produced after the regular (pulverized) coal combustion.

First of all ash from CWS has partilces which size is mostly less than 0.14mm (86%). Volume density of ash is about 221kg per cubic meter. 

Interesting property of ash after the WCF combustion is its shape and plenty of pores with diameter about 1mkm. Pores are result of water evaporation from WCF partilces during the first stage of combustion.

Prior results show that such type of ash could be effectively used as an additive to cement mixtures. Ash particles of such shape improve characteristics and save cement consumption.

DEWA-OIL: oil treatment system

Оборудование обработки нефти | Oil-treatment system

Оборудование обработки нефти | Oil-treatment system

-OIL – new product from Amalthea-Service, LLC. -OIL is system for processing crude oil, heavy oil fuel or other oil-based products. -OIL cavitation-based equipment which breaks long molecular chains in oil and increases an output (%) of gasoline and diesel fraction from crude oil during a further oil-cracking. -OIL removes wax (paraffins) from crude oil, reduces viscosity and ignition temperature, avoids appearance of water-lenses in diesel or HFO.

More details: www.dewa.ru

Watercoal fuel

General Description
Water-Coal Fuel (WCF) is a liquid fuel made up of a fine-dispersive mixture of coal powder, water and plasticizer. The physical properties of WCF are the same as typical fuels used in fossil fuel fired heating stations.

WCF = Coal (60%…70%) + Water (29%..39%) + Plasticizer (1%)

The physical and chemical properties of WCF bring about a high incineration efficiency of at least 95%. High incineration efficiency results in a lower cost price of 1Gcal of energy when compared to the incineration of original coal.
In addition, thanks to a high utilization of the fuel, there is a vast reduction in the volume of atmospheric pollutants. The residues from the combustion form a white / grey coloured conglomerate made up of the incombustible mineral parts.
This residue is easily extracted by existing dust filter systems and has a secondary use as a building material.
The main advantages of WCF, as seen above, are its ecological compatibility; a level which is unreachable by other kinds of fuel. There are currently numerous countries with very strong requirements for a fuel of this nature.
Thanks to reducing CO, SO2 and NOX emissions, WCF is viable option for countries / participants of Kyoto-protocol.

The history of WCF dates back more than 30 years to a time when the USSR government ordered the construction of a coal pipe-line between Belovo and Novosibirsk (Central Siberia). This task was successfully executed in 1989. Later WCF was successfully tested at several high capacity power stations.
Now, WCF is used at:
 Tyrganskaya coal mine, Prokopievsk, Kemerovskaya region
 Factory “Hleb” (“Bread”), Novokuznezk, Kemerovskaya region
 Factory of mining equipment, Belovo, Kemerovskaya region
Advantages
□ Ecological compatibility – WCF reduces CO, SO2 and NOX emissions which are part of the Kyoto protocol
□ Non flammable – could be used on the ships
□ Can be produced from any quality coal – any fraction, any grade, even from coal mud
□ Cost price of 1 Gcal of energy produced by WCF is less than any other fuel
□ Transition from gas, coal and / or diesel is both cheap & quick
□ If required, a joint fuel structure between WCF and coal, diesel and or gas is possible.
□ Cleaning of the barrels used for the transportation of WCF is much easier when compared to oil barrels.
□ In case of leakage, WCF is completely harmless to the environment