$WPWR/ 3-A/ EXCERPT/ WPWR/ Natural Gas Waste/ (NOA
Post# of 77
(Total Views: 3920)
Posted On: 03/12/2017 7:15:16 PM
$WPWR/ 3-A/ EXCERPT/ WPWR/ Natural Gas Waste/ (NOAA) estimates that gas flares pump 400 million tons of carbon dioxide into the atmosphere worldwide each year.
Opportunity
Gas flaring is a fairly efficient method of burning impurities found in raw natural gas and carbon dioxide,
but without the proper equipment in place,
much of the wasted fossil fuel is expelled directly into the atmosphere
– resulting in billions of wasted dollars and detriment to the surrounding environment.
The National Oceanic Administration Association (NOAA) estimates that gas flares pump 400 million tons of carbon dioxide into the atmosphere worldwide each year,
adversely impacting local populations of human and wildlife,
and often resulting in loss of livelihood and severe health issues.
For Houston-based Well Power, Inc.,
the environmental and economic obstacles are more of an opportunity than a problem.
Through a strategic licensing agreement,
Well Power has the rights to Texas,
along with the first right of refusal on the other U.S. states,
to a new technology solution designed to process waste natural gas into
“clean power” and engineered fuels.
Based on proprietary technology, these Micro Refinery Units (MRU) are mobile, high-yield and can be deployed with minimum capital expenditure.
The MRUs, currently in development,
will provide the opportunity to turn a wasted resource into a product of value while at the same time enabling wider access to energy,
improved environmental conditions,
and economic development for local populations where gas flaring is prevalent
– such as North Dakota.
By focusing on eliminating legacy flaring and minimizing new flaring,
Well Power has an opportunity to assume a vital role in the continual for sustainable resource development and energy efficiency.
Well Power also intends to offer its technology along with full
-service engineering,
design, construction,
modular fabrication,
maintenance and construction management services to clients in the upstream areas of exploration and production.
Development of the product is ongoing, with the first MRU expected in the near future.
http://www.wellpowerinc.com
Opportunity
Gas flaring is a fairly efficient method of burning impurities found in raw natural gas and carbon dioxide,
but without the proper equipment in place,
much of the wasted fossil fuel is expelled directly into the atmosphere
– resulting in billions of wasted dollars and detriment to the surrounding environment.
The National Oceanic Administration Association (NOAA) estimates that gas flares pump 400 million tons of carbon dioxide into the atmosphere worldwide each year,
adversely impacting local populations of human and wildlife,
and often resulting in loss of livelihood and severe health issues.
For Houston-based Well Power, Inc.,
the environmental and economic obstacles are more of an opportunity than a problem.
Through a strategic licensing agreement,
Well Power has the rights to Texas,
along with the first right of refusal on the other U.S. states,
to a new technology solution designed to process waste natural gas into
“clean power” and engineered fuels.
Based on proprietary technology, these Micro Refinery Units (MRU) are mobile, high-yield and can be deployed with minimum capital expenditure.
The MRUs, currently in development,
will provide the opportunity to turn a wasted resource into a product of value while at the same time enabling wider access to energy,
improved environmental conditions,
and economic development for local populations where gas flaring is prevalent
– such as North Dakota.
By focusing on eliminating legacy flaring and minimizing new flaring,
Well Power has an opportunity to assume a vital role in the continual for sustainable resource development and energy efficiency.
Well Power also intends to offer its technology along with full
-service engineering,
design, construction,
modular fabrication,
maintenance and construction management services to clients in the upstream areas of exploration and production.
Development of the product is ongoing, with the first MRU expected in the near future.
http://www.wellpowerinc.com
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