Power Generation

DT35 Mobile Turbine
GE LM2500+G4 Engine

The frac industry’s most powerful and rapidly mobile solution, the DT35 mobile turbine design utilizes only two trailers for transport and operations. Our patented and innovative design allows for greater flexibility by eliminating the need for a crane or forklift onsite during mobilization and demobilization. This provides Evolution the unrivaled capability of full-cycle deployment in as little as 14 hours for reliable electric frac power.

evo digital toolbox
The DT35 fully integrates into the evo Digital Toolbox for remote diagnostics and operation. The power generation and gas conditioning programming is 100% customized in-house based on over five years of electric frac operations. These optimized controls provide a differentiated level of operational efficiency while also enabling E&Ps to maximize fuel savings.


  • Rapid pad-to-pad mobilization in under 14 hours
  • No crane lifts required for mobilization and demobilization
  • Auto-leveling hydraulic system
  • Low maintenance and ease of service
  • 99.9% GE LM2500+G4 engine reliability
  • Evolution’s in-house team of over 90 turbine experts maximizes operational & emission efficiencies
  • Accepts all fuels, including field gas, CNG, LNG and Hydrogen
  • Evolution is the only company to consistently power operations with 100% field gas in multiple basins

With an entire in-house team dedicated to power generation, Evolution is uniquely positioned to consider every possible type of power generation available.

So why did we select a large aero-derivative turbine for our electric frac power source?

  • Reliability & Maintenance:

    Reciprocating engines have an estimated 50x the maintenance events versus large aero-derivative turbines. With the Evolution team hyper-focused on maximizing efficiencies, we only settle for the best.

  • Field Gas:

    Large aero-derivative turbines have substantially more fuel-flexibility versus reciprocating natural gas engines. This makes the field gas conditioning process simpler which is key reason why most dual-fuel and reciprocating engine powered fleets rely on CNG fueling.

  • Footprint:

    For a standard Permian basin job design, the Evolution electric fleet requires 85% less power generation & gas supply trailers versus a reciprocating engine powered electric fleet. This reduced footprint leads to smaller wellpads, faster mobilizations, increased safety, less personnel, & less maintenance.

Evolution Turbine PowervsReciprocating Power

Job Design

  • Type: Zipper Frac
  • Rate: 100 bpm
  • Pressure: 10,000 psi
  • HHP: ~24,500 hhp
  • Power Requirement: ~21.15 MW
  • Note: additional power needed for pumpdown & other ancillary equipment

Evolution Power Generation

Total Trailers

Evolution Turbine Electric Frac
35MW Turbine
Air Handler
Gas Conditioning

Natural Gas Reciprocating Engine Power Generation

Total Trailers

11 Reciprocating Engine Trailers
2.5MW Recip #1
2.5MW Recip #2
2.5MW Recip #3
2.5MW Recip #4
2.5MW Recip #5
2.5MW Recip #6
2.5MW Recip #7
2.5MW Recip #8
2.5MW Recip #9
22.5MW for Operation
2.5MW Recip #10
2.5MW Recip #11
N+2 for
6 CNG Trailers
CNG Trailer #1
CNG Trailer #2
CNG Trailer #3
CNG Trailer #4
CNG Trailer #5
CNG Trailer #6
3 PR (Pressure Reduction) Trailers
PR Trailer #1
PR Trailer #2
PR Trailer #3

Emissions Footprint

Job Design

  • Rate: 102 bpm
  • Pressure: 9,617 psi
  • Daily Pumping Hours: 16