News
Latest Products:
MTT Frac Pumps
MTT Blender Units
MTT Fluid, N2 and
Chemical Units
MTT Turbine Nitrogen
Pumps
Drill Water Evaporation
Process
MTT Turbine NitroGEN
MTT Turbine
PowerGEN
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Letters of Endorsement
BIC, the
Business and Industry Connection, wrote this glowing
endorsement of MTT as the manufacturing entity of sister
company, Turbine Stimulation Technologies. MTT's
contribution to fracing is hailed as "The Jet Frac
Revolution".
Click
here to download...
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Frac Stack Pack Specification
Engine: T-55 turbine engine
Power: 3,850 HP
Hydraulic Horsepower: 2,000 - 2,700+ HHP
Rate: Up to 48 BPM
Pressure: Up to 20,000 PSI
Emissions: 80% less NOx and CO than diesel
engines running on #2 diesel fuel
Fuel: Runs on #2 diesel and bio-fuel up to B-100
Natural Gas: Fuel conversion available for field
gas, CNG and LNG
Transport: Frac packs are air transportable |
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19,000 Frac HHP with two Blenders and a Data
Van
Frac job in East Texas. 19,000 HHP with 125
BPM Blender and Data Van.
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Dual Purpose Nitrogen Pumper
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For super-heated nitrogen
applications, MTT is adapting our standard 180,000 scfh
pumper to add a dry exhaust heat exchanger to supplement
the flow. This trailer will now include the basic
N2 liquid to gas conversion for stimulation, plus a super-heated
output. Features include:
- Straight liquid N2 for cooling applications
- High rates of N2 with a sustained
6,000 scfm at ambient temp
- 450 F customer gas discharge temp
at a sustainable 3000 scfm
- 4,000 PSI
This super-heated N2 is used for many
applications including pipeline cleaning. |
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Drill water disposal
has long been a costly problem. Reinjection is not
always feasible due to potential pollutants being introduced
into the water table. MTT’s response is to evaporate
the water via the turbine waste heat when running any frac
or pump job. MTT’s soon to be released production
model will consist of a removable water collection vessel
ducted near the turbine exhaust. A continuous supply
of drill water is directed to the vessel and harmless steam
is then vented to atmosphere. Residual solids in the
vessel are collected and safely disposed of. A high
volume of waste water can be continuously disposed of at
site and can act as a processing depot for surrounding fields.
The 1,000+ degree turbine waste heat is literally
“free energy” when the turbine is running any form of pump
job.
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To
support fracing equipment along with other high-use nitrogen
applications, MTT is developing the first turbine-powered
mobile nitrogen generator: the MTT Turbine NitroGen, generating
gaseous nitrogen on site.
A natural extension of the MTT Turbine Nitrogen Pump recently
released to the market, these Turbine NitroGEN units provide
from 420 to 3,800 HP on a single trailer. The turbine
engine, nitrogen generation process, its support systems,
pumps, and control house are all embodied on a conventional
trailer and achieves an incredibly high output in a minimal
amount of space. As a result, the MTT Turbine NitroGen
can easily be modularized for air transport and is suitable
as a barge-based nitrogen hub supporting offshore work.
Bio fuel ready.
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