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DriFlow™ ESG Advantage

Sustainability &
Environmental
Stewardship

The numbers don't lie. DCS's DriFlow™ technology helps operators achieve their environmental and sustainability goals without sacrificing performance or economics. Performance and ESG can co-exist.

81.6M
lbs of carbon removed (emulsion elimination)
4.0M
trip miles saved
4.7K
last-mile trips saved
73%
reduction in last-mile CO₂ emissions

Reduce your
environmental impact

Supply chain impact data as of September 2022 shows the cumulative environmental benefit of the DriFlow platform. Dry FR delivery fundamentally changes the chemical supply chain — fewer trucks, less plastic, and no oil-based emulsion carrier means quantifiable, measurable ESG improvement on every job.

DCS's DriFlow™ system is proof that performance, cost savings, and environmental stewardship can co-exist. These aren't estimates — they're measured outcomes from real jobs across the DriFlow fleet.

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73%
Reduction in last-mile CO₂ emissions
76%
Fewer last-mile trips to location
0
Oil component (no emulsion carrier)
34%
Carbon displaced vs. conventional FR
How DriFlow Delivers ESG Value

Three pillars of
sustainability advantage

73%

Environmental — Fewer Emissions

With fewer than 2 bulk delivery trips per week vs. 9 tote trips for conventional slickwater, DriFlow reduces last-mile CO₂ emissions by 3,780 lbs/week on a typical job — dropping last-mile emissions to just 1,080 lbs CO₂ per week.

0%

Sustainability — No Oil Component

Unlike emulsion FRs, dry FR has no oil-based emulsion carrier. With an estimated carbon content of 34% in conventional FRs, DriFlow displaces 108,000 lbs of unnecessary carbon per week on a standard job — with zero compromise on performance.

E-Fleet

All-Electric Ready

Designed with the future in mind. DCS's 3.X and 4.X units are designed with E-Fleets in mind — fully electric, plug-and-play integration with your electric power generation unit. Zero diesel footprint on location.

Example Case Study

The numbers
by the job

Using real job inputs from a representative Permian Basin slickwater frac program, here's how DriFlow ESG performance compares to conventional liquid FR delivery.

Frac Job — ESG Comparison

Example / Representative Data
Job Inputs
20 pumping hrs/day100 BPM average rate1 GPT slickwater FR loading60 mile last-mile distance5,040 GPD FR consumption
Conventional Slickwater — Liquid Totes
Delivery trips / week9 trips
Last-mile CO₂ / week4,860 lbs
Plastic tote wasteHigh
Oil/emulsion carrier~34% of FR weight
E-Fleet compatibleNo
DriFlow™ Dry FR Advantage
Delivery trips / week< 2 trips
Last-mile CO₂ / week1,080 lbs (↓ 78%)
Plastic tote wasteEliminated
Carbon displaced108,000 lbs/week
E-Fleet compatibleYes — plug & play
⚡ E-Fleet Ready
All-Electric Equipment

Designed for
the electric future

DCS's Gen 3.X and 4.X units are designed with E-Fleets in mind. With a simple, plug-and-play fully electric design, DriFlow™ is ready to integrate with your E-Fleet power generation unit — eliminating diesel on location and further reducing your emissions footprint.

Fully electric design — no on-unit diesel generator required

Plug-and-play integration with E-Fleet power distribution systems

Reduced noise, heat, and emissions on location

Compatible with all major E-Fleet providers

All-Electric DriFlow

3.X and 4.X units — fully electric, E-Fleet ready