Documented evidence

Proof, not promises.

These entries summarise programmes documented by our US manufacturing partner, Ecological Laboratories, Inc. Each links back to the published archive. Eco Balance Ltd supplies and implements the same MICROBE-LIFT® formulations across the UK and Ireland.

Commercial hog farm — archived partner study
Partner archive · Swine lagoon

South Korea

Hog farm eliminates lagoon surface crust and cuts effluent BOD — documented MICROBE-LIFT®/HOG programme.

Ecological Laboratories, Inc. publishes this lagoon study on its global MICROBE-LIFT® archive: a concrete system with a fully encrusted surface that blocked pumping and land application, with severe odour. Results below are taken from their published summary — Eco Balance Ltd supplies the same biotechnology family as sole UK & Ireland distributor.

−70%

Effluent BOD (partner figure)

Eliminated

Surface crust

Restored

Pumping & spreading

Reduced

Lagoon odour

Read full case study
Finishing hog operation — archived partner study
Partner archive · Lagoon compliance

South-east Georgia, USA

Twenty-year finishing farm restores lagoon biology, cuts permit risk and H₂S worker exposure — MICROBE-LIFT®/HOG.

Another published entry on Ecological Laboratories’ swine archive describes multiple barns draining to a 5.5 million gallon lagoon that was out of discharge permit compliance, with virtually no biological activity and critical surface solids. Worker exposure to hydrogen sulphide was severe enough to interrupt duties.

Addressed

Permit / discharge stress

Re-established

Biological activity

Reduced

Lagoon surface solids

Controlled

Worker H₂S exposure

Read full case study
Meat processing facility — archived partner study
Partner archive · Industrial wastewater

USA

Meat processor cuts FOG and BOD in lagoon system with MICROBE-LIFT®/IND — no chemical treatment required.

Ecological Laboratories documents a meat processing facility that faced high fats, oils and grease (FOG) levels alongside elevated BOD in its lagoon wastewater system. Conventional chemical treatment was proving expensive and inconsistent.

Significant

FOG reduction

Achieved

BOD compliance

Eliminated

Chemical costs

Reduced

Lagoon maintenance

Read full case study
Coca-Cola bottling plant — archived partner study
Partner archive · Beverage plant effluent

San Salvador, El Salvador

COD reduced from 2,000+ to under 50 mg/L in under two weeks — first-time biological treatment success.

Ecological Laboratories’ published documentation describes a Coca-Cola bottling facility that achieved full compliance for the first time using MICROBE-LIFT® technology, with over 90% treatment efficiency.

2,000+ → <50 mg/L

COD reduction

>90%

Treatment efficiency

Under 2 weeks

Time to compliance

None

Chemicals required

Read full case study
Palm oil mill — archived partner study
Partner archive · Agricultural processing

Sabah, Malaysia

Palm oil mill eliminates lagoon odour and reduces sludge without dredging — MICROBE-LIFT®/IND.

Ecological Laboratories documents a palm oil processing facility where severe odour and excessive sludge in multiple lagoons were impacting local communities and driving up operational costs.

Eliminated

Lagoon odour

Significantly reduced

Biological sludge

Improved

Water clarity

Eliminated

Dredging requirement

Read full case study
Municipal SBR plant — archived partner study
Partner archive · Municipal treatment

Southern Pennsylvania, USA

Municipal plant saves $2,000+/month while reducing sludge output and eliminating foaming — MICROBE-LIFT®/IND.

A 0.5 MGD Sequential Batch Reactor (SBR) municipal wastewater plant in southern Pennsylvania documented persistent foaming, poor sludge dewatering and escalating chemical costs before implementing MICROBE-LIFT® bioaugmentation.

>$2,000

Monthly cost savings

Eliminated

Foaming

Improved

Filter press performance

Reduced

Chemical usage

Read full case study
Dartmouth College — Occom Pond restoration
Partner archive · Ecosystem restoration

Hanover, New Hampshire, USA

100-year campus pond restored to full ecological health in two years — validated by university biology department.

Occom Pond is a 100-year-old landmark at the heart of Dartmouth College's campus. By the early 2000s, decades of sludge buildup, algal growth and nutrient loading had left the pond murky, malodorous and ecologically degraded. Ecological Laboratories partnered with the college to deploy a MICROBE-LIFT® biological augmentation programme targeting all three ecological zones.

Confirmed by Biology Dept

Ecosystem restoration

Zero (entire programme)

Fish kills

Eliminated

Algal blooms

Eliminated

Odours (H₂S)

Read full case study
Stone Container (pulp & paper mill) — archived partner study
Partner archive · Industrial H₂S & corrosion

Savannah, Georgia, USA

Pulp & paper mill cuts hydrogen sulphide by 81%, eliminates community odour complaints and reduces sewer corrosion by 87.5%.

A pulp and paper mill in Savannah was generating severe H₂S emissions that corroded the municipal sewer system, triggered health complaints from surrounding communities, and caused dangerous conditions for workers in lift stations.

62 → 12 PPM

H₂S in lift stations

Reduced 87.5%

Sewer corrosion

Eliminated

Community complaints

Reduced 76%

H₂S at scrubber

Read full case study
Agrotel swine farm — archived partner study
Partner archive · Farm compliance

Moca, Dominican Republic

MICROBE-LIFT® technology saves swine farm from forced closure — restoring lagoon function and eliminating downstream odour.

The Agrotel Company operates a wholesale agricultural supply business and a swine farm in Moca, Dominican Republic, maintaining 450–500 sows and approximately 10,000 piglets. Barn wash-down and manure wastewater flows into a lagoon with no surface exit for runoff, but water percolates through the soil emitting odours downstream — putting the farm at risk of regulatory closure.

Prevented

Farm closure

Eliminated

Downstream odour

Restored

Lagoon biology

Achieved

Regulatory compliance

Read full case study
Hatay Brewery — archived partner study
Partner archive · Beverage plant effluent

Hatay, Vietnam

Brewery monitoring pond achieves 48% COD and 91% TSS reduction in just eight days — no chemicals required.

A brewery in Hatay, Vietnam had a 150 m³ wastewater monitoring pond with high COD and TSS, visible sludge and scum buildup, and strong odour. The facility needed rapid improvement to meet environmental standards.

48% (164 → 86 mg/L)

COD reduction

91% (74 → 7 mg/L)

TSS reduction

Significantly reduced

Odour

8 days

Time to results

Read full case study

Global evidence base

Proven across five continents.

Ecological Laboratories maintains an extensive archive of documented deployments. Here are additional results from the same MICROBE-LIFT® technology family we supply.

Western Pennsylvania, USA

Solids reduction in sow farm lagoons

Shallow pit problems resolved within 60 days. A cone-shaped 18ft sludge pile eliminated in one growing season.

Vera Cruz, Mexico

22,000 head cattle feedlot — lagoon restoration

Surface crust eliminated across 16 lagoons. River pollution stopped. Effluent parameters met.

Central America

Poultry manure composting — 50% faster

Compost stabilisation time reduced by 50-60%. Odour complaints from adjacent properties eliminated.

Dartmouth College, NH, USA

Occom Pond full ecosystem restoration

Full restoration confirmed by university biology department in 2 years — originally planned for 5.

San Salvador, El Salvador

Coca-Cola plant — COD from 2000+ to <50 mg/L

Full compliance achieved in under 2 weeks. 90%+ treatment efficiency — first time with biological products.

Sabah, Malaysia

Palm oil mill — lagoon odour and sludge

Severe odour eliminated. Sludge reduced without costly dredging. Effluent standards met.

Southern Pennsylvania, USA

Municipal SBR plant — $2,000+/month savings

Foaming eliminated, sludge output reduced, filter press performance restored. Net savings over $2,000/month.

Zeeland, Netherlands

25%+ sludge reduction in municipal works

Bioaugmentation achieved over 25% sludge reduction in a well-operated plant without physical expansion.

Caribbean

Blue jean stone-washing — indigo lagoon

BOD reduced to 5 mg/L. Indigo dye colour significantly reduced. No chemicals or polymers required.

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