Plasma

RenewableEnergy

The One-Stop Renewable Energy Solution Provider

The creation of any renewable energy facility is a combination of vision and science. Of financial expertise and hard-hatted construction muscle. Of sophisticated project management and marketing finesse. Of the pragmatic needs of industrial society and the ideals of enlightened environmentalism.

The PRE project team has more than 15 years experience in plasma heating and plasma gasification systems, the political and social context for green energy, international marketing and finance, and the large-scale conversion of waste, biomass, and coal products into the one thing everybody wants more of: ENERGY.

The PRE project team has completed various aspects of renewable energy project development ranging from numerous conceptual design and economic feasibility studies for toxic waste to energy, biomass to energy, MSW to energy projects.  It has also successfully negotiated numerous concession contracts, completed advance stage front end engineering and design (FEED) work for renewable energy projects.

Current Developments

It is not science that makes the world a better place. It is the application of science. Nowhere is this demonstrated more clearly than in the projects developed by Plasma Renewable Energy.

The PGV projects developed by PRE can be applied to the needs of any geographic region.  It can be specialized for diverse industries, on land and at sea, and can also be applied in critical circumstances such as disposing of contaminated sludge, cleaning up coal fines, and developing sources of localized, "distributed" power.

Here are some examples of PRE's PGV projects being developed in the world:

Biomass to Renewable Energy Project:

PRE has formed a Special Purpose Vehicle (SPV) company in a South East Asian country, to secure a contract with a local Palm Oil Mill and local national utility company, for a PGV plant to accept 93,000 tons per year (tpy) of Palm Oil Biomass consisting of Empty Fruit Bunches (EFB), Palm Fiber and Palm Shell and generate approximately 7MW net Renewable Electricity to the local grid system.  This PGV plant has been specifically designed to have a 10MW installed capacity, so as to take advantage of the local national regulation in which power generation facilities with 10MW or less installed capacity, would not require an EIA to be conducted.  This will in effect result in faster and more economical process of implementing the project.

The project is in its contract stages, with various level approvals having been secured from the local authorities, of which will also be providing the site for the PGV plant.  PRE is completing a Project Report detailing a Conceptual Design & Economic Feasibility study of the project, which will be used as basis for the Engineering & Design phase.

PRE has also obtained strong support from investors and financial institutions to fund the equity and debt portions of the project. 

MSW to Renewable Energy Project:

In the same South East Asian country, PRE is also securing a contract for a PGV plant to accept 500 tons per day (tpd) of Municipal Solid Waste (MSW), and generate approximately 17MW net Renewable Electricity to the local grid system.

The project is approaching its contract stages, with strong support having been obtained from the waste concessionaire supplying the waste feedstock and the national utility provider which will purchase the Renewable Electricity.  PRE is completing a Project Report detailing a Conceptual Design & Economic Feasibility study of the project, which will be used as basis for the Engineering & Design phase. 

PRE has also obtained strong support from investors and financial institutions to fund the equity and debt portions of the project. 

Biomass to Renewable Energy Project:

Also in the same South East Asian country, PRE is securing a contract with a prominent Paper Manufacturer for a PGV plant to utilize Biomass in the form of Tree Bark and Rice Husk, and generate renewable fuel for its paper manufacturing process.

PRE has signed an MoU with the Paper Manufacturer, as a prelude to a contract for PRE to implement the project on a Turnkey basis for them.  The project will enter its Design and Engineering phase upon signing of the contracts.

MSW to Renewable Energy Project:

PRE has completed a Conceptual Design & Economic Feasibility Study for an SPV company it formed, in another South East Asian country, to secure a contract with the local and federal government, for a PGV plant to accept 900 tons per day (tpd) of Municipal Solid Waste (MSW), and generate approximately 32MW net Renewable Electricity to the local grid system.

PRE secured investors, which is funding the equity portion for the project, while undertaking to secure funding for the remainder of the total project cost.  The project is in its Front End Engineering & Design (FEED) phase, which is near completion.  It has also commenced its Environmental Impact Assessment study.

MSW to Renewable Energy Project:

PRE has formed an SPV company in yet another South East Asian country, to secure a contract with its government, for a PGV plant to accept 1,500 tons per day (tpd) of Municipal Solid Waste (MSW), and generate approximately 42MW net Renewable Electricity to the local grid system.

The project is approaching its contract stages, with strong support having been obtained from the local government supplying the waste feedstock and the national utility provider which will purchase the Renewable Electricity.  PRE has also obtained strong support from investors and financial institutions to fund the equity and debt portions of the project. 

MSW to Renewable Energy Project:

PRE has formed an SPV company in a South Asian country, to secure a contract with its government, for a PGV plant to accept 1,000 tons per day (tpd) of Municipal Solid Waste (MSW), and generate approximately 30MW net Renewable Electricity to the local grid system.

The project is approaching its contract stages, with strong support having been obtained from the local and federal government supplying the waste feedstock and the national utility provider which will purchase the Renewable Electricity. PRE is completing a Project Report detailing a Conceptual Design & Economic Feasibility study of the project, which will be used as basis for the Front End Engineering & Design (FEED) phase. 

PRE has also obtained strong support from investors and financial institutions to fund the equity and debt portions of the project.  The project has commenced its Environmental Impact Assessment study.

MSW to Renewable Fuel Project:

In the same South Asian country, PRE is also negotiating to secure a contract for a PGV plant to gasify 500 tpd of Municipal Solid Waste (MSW), and generate Renewable Fuel, which will be used to substitute Coal usage in a Cement Plant’s kiln.

PRE has completed preliminary evaluation of the project, and have derived that the PGV plant will generate approximately the equivalent of over 37,000 tons per year (tpy) of Coal.  This project will not only be beneficial to the Cement Plant owner by reducing its dependence on Fossil Fuel for its process, both in the supply and price sense, but also will demonstrate a clean alternative fuel model which will benefit the environment.

The project is approaching its contract stages, with strong support having been secured from the local authorities which will be the waste supplier, and from the Cement Plant owner of which will also be providing the site for the PGV plant.  The project is expected to be done on a Turnkey basis, in which the Cement Plant will own and operate the PGV plant, once it has been commissioned.

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Last modified: 08/19/05