Sedivore Polar Plus — high-strength cold pouch

01Why this format

Organic load in a lagoon running cold

Consider Polar Plus when you need both a cold-water blend and fewer pails to handle. Concentration does not change the organisms' treatment limits. For warmer water, consider a standard-temperature blend; for smaller programmes, compare the standard Polar pouch.

It works in the water column, and it suits a large or long cold-water programme where standard-strength pail counts add up.

A white plastic pail with a plain printed label, beside a sealed bag of dry brown granular material and a loose pile of the same on a white background.

02Specifications

Product specifications and documents

The specifications below come from product documents. If a document does not provide a value, we mark it as unpublished.

Pack size: 10 kg (22 lb) pail of dry water-soluble pouchesThe pail is the specified pack. The number of pouches in it, and the weight of each, are not published.
Pack weight: 22 lbNet contents.
Shipping weight: 24.26 lbCalculated gross shipping weight, including a 1 kg packaging allowance.
Pack price: $4,326Indicative. Freight, tax and the final price are settled in the reviewed quote.
Dose rate: Not publishedNo dose method is published for this concentration, so the planner gives no quantity. Contact us for review. We do not scale the standard-strength blend's rate.
Storage: Store dry and cool, away from direct sunlight; keep the container tightly closed.

03When not to buy this

When to consider another approach

The water stays above roughly 50°F. Consider the standard-temperature grade.
Standard-strength pails already give you a manageable order. Consider the standard grade for smaller systems.
There is an established sludge blanket to reduce. A blend dispersed through the water column is the wrong vehicle for material sitting several feet below it, and neither cold-weather selection nor concentration changes which vehicle reaches the blanket.
An ammonia or nitrogen permit is the actual problem. Nitrifying bacteria do not survive drying, so no dry product can address nitrification, whatever its concentration.

The planner checks these conditions before calculating a quantity.

04Microbiology

How bacteria break down organic sludge

The mechanism is enzymatic hydrolysis. Bacillus species release enzymes that break large organic molecules into smaller, soluble fragments. Bacteria then take up and metabolise those fragments.

Enzyme classes produced by Bacillus and the material each acts on
Enzyme	Acts on	What that is, in a lagoon
Protease	Proteins and peptides	The protein fraction of settled influent solids and of dead biomass.
Lipase	Fats, oils and greases	FOG, which floats and consolidates rather than settling out on its own.
Amylase	Starches and complex carbohydrates	Carbohydrate load, typically heaviest on food-processing influent.
Cellulase	Cellulose	Plant fibre and paper, which is a large share of a municipal blanket.

Light micrograph of stained Bacillus: dark blue rod-shaped bacterial cells and short chains against a pale background. — Bacillus · stained light micrograph

Why Bacillus works in dry treatments

Bacillus produces these enzymes and forms spores that tolerate drying and storage. The spores germinate when conditions are suitable. This makes Bacillus useful in dry sludge treatments. These products are not intended to address an ammonia permit; that requires a separate assessment of nitrification.

What the published work supports

Mixtures of protease, cellulase and lipase reduce total suspended solids by 30 to 50 per cent and improve settling, with protease and cellulase together outperforming either alone. One controlled study reported 33 per cent volatile suspended solids reduction.

Peer-reviewedControlled studyEnzyme mechanism. Field efficacy figures in this category are measured by the seller rather than independently, ours included, and are labelled that way.

These studies explain the mechanism; they do not predict results from a SediLogic product. The research is collected in the scientific literature.

05Microbiological specification

Product specifications

These figures come from the product documents. Values that the documents do not provide are marked as unpublished.

Viable count at manufacture: 50 billion CFU/gPer gram, at manufacture.
Guaranteed count at end of shelf life: Not publishedNo guaranteed viable count at the end of the stated shelf life is published for this product.
Strains in the blend: Multiple Bacillus strains; number not publishedThe count is withheld rather than estimated: the manufacturer publishes that there are several and not how many.
Operating temperature range: Specified for application below 50°FThe stated temperature helps select a cold-water product. It is not a tested tolerance range, and no numerical lower limit is published.
Operating pH range: Not publishedNo numerical operating pH range is published for this product.
Biosafety level: Not publishedNo Biosafety Level designation is published for this product.
Shelf life: Not publishedNo shelf life is published for this product.

The range

Other formats, and what each one is for

Choose the format according to where the material has accumulated and how you apply treatment. Sinking solids target settled bottom sludge. Soluble pouches and liquids disperse in the water column.

Same duty — Water column

Elsewhere in the range

What this product acts on

It digests organic solids. It reduces volatile solids, degrades fats, oils and grease as material, improves settling and reduces accumulated sludge depth where conditions permit.

It is not claimed to control algae, to kill or suppress pathogens, to disinfect or sanitise, to control odour-causing organisms as organisms, or to have any antimicrobial effect. Under US EPA guidance on determining whether a product is a pesticide under FIFRA, claims that a product cleans, reduces or removes sludge are not considered pesticidal. It acts on material, not on organisms.

Only the volatile organic fraction is treatable. Sand, grit, silt, mineral precipitates and plastics are not biodegradable and remain at any dose. Elimination of sludge is not an achievable outcome and is not claimed.

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