Pleres Midstream

Every BTU counts.

Pleres recovers NGLs from associated gas in rich-gas basins. On your pad, at the facility, or as the counterparty that owns the molecule.

Operating SubjectPleres Midstream · PM
FootprintUS Rich-Gas Basins
PostureRecover · Blend · Power
The operation
The operationPleres

Associated gas, recovered to spec.

Two ways in, two delivery models, one operating standard. Engineered in the field. Settled at the desk.

The volumes are someone else’s. The contracts are someone else’s. What belongs to us is the engineering.

Basin focusUS Rich-Gas Basins
DeploymentOn-pad · Facility
SourcesSeparator and VRU
CommercialsFee, share, or first purchase

Pleres processes associated gas and recovers the butane-plus NGLs in rich-gas basins. Our work begins where the operator’s separator ends, and ends where the residue gas re-enters a sales or gathering line and the recovered NGLs hit a market.

We meet operators in one of two places. In liquids recovery, we process your associated gas, from the separator, the VRU, or both, and recover the butane-plus NGLs. You keep title; we are paid by a fee, or a share of the sale when you have us market. In first purchase, we buy the gas at a custody point and own its disposition. You receive a price, not an invoice, and carry no disposition risk.

How we run is independent of which stream we take. On-pad, the train comes to the operator’s location. At our facility, the gas comes to us under a gathering agreement for deeper recovery. Same operating standard either way.

When the residue line is the constraint, the C3- residue still has a path. We either lower the VOCs ahead of the flare or bring residue-gas buyers as partners and place generation on the pad.

When blending into crude beats a clean sale, recovered product is routed through the Chrisma Energy Solution, our engineered, RVP-controlled way of blending the butane-plus into the crude stream.

Chapter · StreamsEngineered in the field

We recover the molecule.

Nothing here is off the shelf. We engineer the recovery and the commercial terms to your operation, your wells, and the economics.

StreamsTwo opportunities

Liquids recovery. First purchase.

Same engineering either way. What changes is the contract structure and who holds title.

We process your associated gas, from the separator, the VRU, or both, and recover the butane-plus NGLs. You keep title to the gas the whole way. We are paid a processing fee, or, if you have us market the liquids, a share of the sale or a blend of the two, engineered to your wells, your infrastructure, and the market.

  • Tie in downstream of your existing separator, your VRU, or both. No change to upstream production.

  • We recover the butane-plus cut: normal butane, isobutane, and natural gasoline. The C3 and lighter residue stays yours.

  • Paid as a processing fee, or, when you elect our marketing, a share of the sale or a blend of the two.

  • Optional: we market and sell the recovered liquids for you, settled against Mont Belvieu purity-product postings.

Discuss a recovery pad
StructureFee, or fee plus a share when we market
TitleYou keep title to the gas and the liquids
Recovered cutButane-plus (nC4, iC4, C5+)
SourcesSeparator and/or VRU
DeliveryOperating models

Two delivery models. One operating standard.

We either bring the train to the molecule, or we bring the molecule to the train. The contract follows the geography.

A modular processing train, deployed at the operator’s location and tied in downstream of the separator. Residue gas re-enters the operator’s existing gathering line at sales pressure; NGLs are stored, blended, and trucked from the pad.

Where it wins
  • No new gathering tie-in; capital is in the skid, not the pipe.

  • Fastest path to first recovery: weeks, not the quarters a gathering build takes.

  • Residue stays on the operator’s existing sales arrangement.

  • Right-sized recovery cycle: JT for leaner pads, low-temp / refrigeration for richer cuts.

What it costs
  • Pad footprint, modular skids, NGL bullets, truck loadout.

  • Recovery ceiling is the train: baseline is butane-plus. Pushing the cut into C3 (or deeper) generally lives at a facility.

  • Truck logistics for NGL takeaway.

  • Operating coverage is shared with the pad’s HSE program.

TrainModular · [JT / LTS / refrig, sized per pad]
Standard inletSized per pad
Recovery targetButane-plus to spec; C3 by spread
Owner of skidsPleres Equipment (PE)

Gas flows to a Pleres-operated processing facility under a gathering agreement. Centralized monitoring, deeper recovery cycles, and a fixed loadout point. The facility is the place a single operating standard can be applied to many pads at once.

Where it wins
  • Economies of scale, treating, recovery, and loadout are shared across pads.

  • Deeper recovery, cryogenic or deep refrigeration regimes pull C3 (and on the right pad, C2) into the liquid stream when the spread supports it.

  • Centralized monitoring, one control room, one HSE program, one audit trail.

  • NGL takeaway by pipeline or rail where the geography supports it.

What it costs
  • Requires a gathering agreement and the lead time a tie-in implies.

  • Shrinkage and line-loss across the gathering system, allocated transparently.

  • Longer time-to-first-recovery than an on-pad deployment.

  • Operator’s residue gas exits via the facility outlet, not their own line.

CycleRefrigeration · cryogenic where economic
ThroughputSized per facility
Recovery targetButane-plus baseline; C3 / C2 by spread
Operating crewPleres Operating (PO)
After recoveryResidue gas

The residue still has a path. Even when the line is full.

Once we drop the butane-plus, the C3 and lighter residue normally goes back into the gathering or sales line. In recovery it stays the operator's; in first purchase it is ours to place. When that line is full or absent, we have two paths: lower the VOCs ahead of the flare, or run the residue as on-site power under a buyer partnership.

When the residue line is unavailable (gathering full, sales arrangement lapsed, line constraint), we still strip the butane-plus from the inlet before the gas reaches the flare. The flare is a fallback, but it burns a leaner cut than it would have. The molecule is recovered. What remains to combust is a leaner residue stream.

What it does
  • Removes the heavy fraction (butane-plus) before combustion, the part of the stream that drives VOC and HAP emissions in an un-recovered flare.

  • Recovers NGLs on the same train regardless of whether the residue line is full. The operating standard does not change with offtake availability.

  • Cleaner combustion of what remains: residue (C3-) and inerts.

  • Designed to integrate with the operator’s continuous combustion-device monitoring; the operator remains responsible for its own regulatory compliance.

When it applies
  • Pads where the residue offtake is intermittent or unavailable.

  • Pads inside a constrained gathering footprint awaiting capacity.

  • As a contingency tied into the on-pad train, with the residue line as the primary path.

  • Not a substitute for a residue offtake; it is what we run while one is being arranged.

PostureContingency · not the plan
Recovered NGLYes, on the same train
Emissions effectLeaner residue combustion
CoveragePleres Operating (PO)

When the residue line is the constraint, Pleres brings residue-gas buyers as partners and places generation on the pad. The stream that would have flared instead drives a generator. The molecule pays twice: once as recovered NGL, once as on-site power.

Where it goes
  • Operator electrification, drilling, completions, lift, and compressors run on molecule-priced power; diesel and grid load displaced.

  • Edge data centers, co-located inference or training under a PPA with the residue buyer.

  • GPU compute / mining, workloads that absorb a pad’s variable profile without grid interconnection.

  • Behind-the-meter industrial, any pad-side load that benefits from molecule-priced power.

How it’s structured
  • Residue-gas buyer takes title at the residue meter and operates the gen set.

  • Pleres operates the recovery train; the partner operates the load behind the meter.

  • The operator receives a residue price in lieu of pipeline placement, plus the optional electrification offset.

  • Generation capital sits with the residue buyer.

CounterpartiesArranged per project
Gen capacitySized per pad
Use casesElectrification · Compute · Mining
CapitalResidue buyer
01

Recover the cut.

Standard recovery splits the inlet into C3 and lighter residue and the butane-plus C4 and heavier cut. The butane-plus is dropped to spec. This is the baseline, every load.

Always · baseline
02

Price the two paths.

We read the realized purity-product value (Mont Belvieu, OPIS, or basin-specific) against the value of blending the cut into crude. The higher-net path wins, per load.

Conditional · per-load
03

Blend to tariff.

The butane-plus is blended into the crude stream. Near real-time RVP monitoring holds the blended barrel inside the crude buyer's vapor-pressure tariff. The blending skid is Pleres Equipment; operating coverage is Pleres Operating.

When crude wins
04

Report the result.

The realized value is reported on the same statement that carries a clean NGL sale when Chrisma is not deployed. Same accounting, different destination.

Reported transparently
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OfficePleres Group
94 W 1st St, Ste 120

Edmond, OK 73003