GPP has most valuable assets and technology in this market...

GPP has most valuable assets and technology in this market today.
Having Coltan (tantalum and niobium) deposit such a strategic material within excellent location will open more opportunities.

All GPP projects (OHD, Lithium, Coltan, Potash) are prepared in a systematic, coordinated manner to ensure a functional, dependable and attractive commercially.

GPP Strategic Project and Assets Management looks at the big picture, and how the project can benefit the company's efficiency and competitiveness as a whole. This happens through well thought and planned execution. Step by step problem solving will not only be complete the projects successfully, but faster and more efficiently.

All projects has significant importance, however OHD process provide a real solutions globally today`s and tomorrow`s environment issues.

OHD is the Best Clean Coal Technologies in the World: OHD is The Jewel in the Crown
GPP has successfully completed all major steps for OHD process testing, applications and pilot plant operations. The result is significant achievement.

OHD project is based on futuristic technology, environmentally friendly and commercially cost effective proven process.

OHD processing plant will be a unique; it is clean, futuristic and profitable. OHD processes have already achieved its targets in the specific market.

OHD is non-gasification, commercially feasible and environmentally friendly process to convert macromolecular organic solids into low molecular weight chemicals. Industrial organic-containing “waste” streams (e.g. black liquor) Oil sands remediation Biomass (forest and agricultural wastes).

OHD is a novel, continuous, hydrothermal process to convert macromolecular organic solids into low molecular weight chemicals, using only elevated temperature, high pressure, liquid water (subcritical) and molecular oxygen.


Oxidative Hydrothermal Dissolution (OHD) is a novel, and highly effective, approach to achieving this goal. OHD works by reaction of the coal, or other macromolecular organic solid, with small amounts of O2, in liquid water at elevated temperatures and pressures.

Application of this process to a wide range of coal, biomass, and similar macromolecular organic solids (including various types of lignocellulosic biomass, lignite, bituminous coal, anthracite and wood charcoal) has been evaluated.

In all cases, complete conversion of organic materials to soluble products is readily achieved, although rates of reaction vary considerably. Petrographic analyses demonstrate that dissolution proceeds by etching of particle surface.

OHD works by reaction of the coal with small amounts of oxygen in high temperature, high pressure, and liquid water. This breaks up the coal’s structure, resulting in the generation of low molecular weight, water soluble products.