EPA NCP SW-70 ·US Army Corps ·USCG ·BLM ·EU REACH ·TCEQ

EPA NCP listed · SW-70 · 2019

Water-based hydrocarbon remediation. Field-proven across four continents.

X4JH2000 emulsifies hydrocarbons and neutralizes odors. EPA NCP-listed (SW-70, 2019) and REACH-registered. Deployed in oil & gas, manufacturing, transportation, and municipal operations across four continents.

X4 Environmental field deployment at oil & gas site
X4JH2000 drill cuttings treatment
Emergency hydrocarbon spill response with X4JH2000

Case study results · not a performance guarantee

≥85%

TPH reduction in 24–48 hrs

MEINERT RANCH, TX · CASE STUDY

<1%

Residual TPH on drill cuttings

PERMIAN BASIN PILOT · CASE STUDY

20+ yrs

Field track record

EPA NCP-LISTED SINCE 2019

X4JH2000 is a chemical reagent. Field results vary with weather, soil type, contaminant profile, and application method — observed reductions range from ~35% to ~90% per cycle. The figures above are from specific documented projects.

EPA NCP SW-70 ·US ARMY CORPS ·US COAST GUARD ·BLM ·EU REACH ·TCEQ ·BAKER HUGHES ·CHRYSLER ·SHENGLI OIL FIELD ·DPR NIGERIA ·INFO.TOX.INTERNATIONAL ·EPA NCP SW-70 ·US ARMY CORPS ·US COAST GUARD ·BLM ·EU REACH ·TCEQ ·BAKER HUGHES ·CHRYSLER ·SHENGLI OIL FIELD ·DPR NIGERIA ·INFO.TOX.INTERNATIONAL ·

The problem

Excavation moves liability.
Bioremediation takes a season.
Regulators don’t wait.

Every spill, pit closure, and NOV puts your operation on a clock. Excavation moves the liability — it doesn’t end it. Microbial systems need temperature, time, and luck. Meanwhile the inspector wants closure documentation and operations wants the AFE off the books.

01 · Excavation & disposal

Liability transferred, not resolved. Tanker logistics, manifest paperwork, landfarm rejection risk.

02 · Slow bio / landfarm cycles

Months of treatment time. Temperature-dependent. Stalls in winter, struggles on weathered crude.

03 · NOV exposure & SPCC scrutiny

Open releases extend audit findings. ESG reporting demands timeline closure, not vendor change orders.

The solution

X4JH2000. A water-based reagent that emulsifies hydrocarbons.

Diluted 1:10 with tap, fresh, or salt water. Apply by spray, slurry mix, or in-line dosing. The chemistry forms a stable emulsion in water and stimulates indigenous microbial biodegradation. No microbes, no enzymes added. Non-flammable. Heavy-metal-clean.

X4JH2000 post-treatment soil sample — restored substrate

Specification snapshot

Mix ratio 1:10 with water
Flash point >220 °F
Specific gravity 1.06
Saltwater compatible Yes
Heavy metals <DL (per EPA bulletin)

Before · After

Hydrocarbon-saturated soil to natural condition.

Field documentation showing soil before X4JH2000 application and after biodegradation cycle.

Before Crude-saturated soil at job site before X4JH2000 treatment

Pre-application · field photo

Crude-saturated soil at active job site. Free hydrocarbon visible.

After Soil restored to natural condition after X4JH2000 remediation

Post-treatment

Restored substrate. Vegetation re-establishing. TPH within closure limits.

Applications

Six operational use cases. One chemistry.

X4JH2000 application — Soil remediation

Soil remediation

In-situ application. No excavation. No landfarm cycle.

X4JH2000 application — Drill cuttings washing

Drill cuttings washing

OBM/SBM cuttings reduced to <1% TPH on Permian pilot.

X4JH2000 application — Spill response

Spill response

Fresh or saltwater. Shoreline, pad, and inland releases.

X4JH2000 application — Fire suppression

Fire suppression

Water-based. Anti-reignition. Compatible with foam ops.

X4JH2000 application — Tank degassing

Tank degassing

Vapor or mist application to neutralize harmful gases.

X4JH2000 application — Odor control

Odor control

H₂S, mercaptans, ammonia at landfill working faces and lift stations.

X4 Environmental chemist analyzing X4JH2000 surfactant in laboratory

The chemistry

On the record.

Anionic organic surfactant blend (HS Code 340211). No microbes added. No enzymes. No heavy metals. Heavy-metal-clean formulation meets stringent disposal standards. Non-flammable. Biodegradable. Toxicologically characterized under EPA protocols.

Full SDS, ecotoxicology report, and third-party assay data available under NDA.

Toxicity & safety

LC50 (Menidia beryllina, 96h) 145.89 ppm
LC50 (Mysidopsis bahia, 48h) 40.26 ppm
No. 2 fuel oil baseline (96h) 18.82 ppm
As / Cd / Cr / Cu / Pb / Hg / Ni <DL
Chlorinated hydrocarbons <1 ppm
Cyanide <0.025 ppm
Storage range 32–95 °F
X4 Environmental field operator mixing X4JH2000 dilution into application tank

Field photo — X4JH2000 dilution at 1:10, prepared on site

Process

Tell us what you need.

Tell us the outcome you’re after — closure, TPH target, odor compliance, spill response. We’ll respond with an application approach and references from comparable projects.

01

Tell us what you need

Share your remediation goal and timeline. No site disclosure required to start.

02

Technical review

Our team reviews feasibility and proposes an approach.

03

Application plan

Mix ratios, equipment, and method documented in writing.

04

Sampling protocol

Pre/post lab analysis under chain of custody.

05

Reference projects

Walk through comparable case studies on request.

Global footprint

Deployed across 4 continents.

Documented case studies in the United States, Mexico, Ecuador, Italy, and China. EPA NCP and EU REACH compliance opens cross-border procurement.

16
Case studies
5
Countries

Documented deployment regions

  • United States

    Texas · Louisiana · New Mexico

    Oil & Gas · Defense · Manufacturing

  • Mexico

    Veracruz · Chihuahua

    Rail · Industrial

  • Ecuador

    Amazon basin

    Crude pit restoration

  • Italy

    Rome · Cesano

    Municipal odor control

  • China

    Shengli oil field

    Oilfield remediation

Talk to our team

Have a remediation challenge?

The pad you can’t close. The cuttings pile that won’t ship. The shoreline the regulator keeps flagging. Tell us what you need — we’ll come back with a technical response.

EPA NCP · USACE · USCG · BLM · EU REACH · TCEQ