Profit program is a plan for cleaning and disinfecting pipelines of milk industries and its affiliated parts that are provided for the first time in IRAN by our company. This beneficial program was planed based on the latest scientific references and resources by experts in the fields of Science and Food industries, Microbiology and Chemistry engineers. Utilizing and running the program has varied advantages in CIP systems. The final goal of applying that, is promoting quality of dairy products beside sufficient and economical approaches

Checking production processes and correct them if necessary Monitoring CIP procedure during performance and correct it in necessity Replacing sufficient cleaners instead of customary ones. Displacing proper disinfectants rather than common materials and methods Offering suitable instructions and train them Providing instructions of cleaning manners and the way of being ensured of its right done Conferring detection methods of the program Review and verification of the program periodically for protection and optimization

Reduction in costs of cleaner`s storage and transportation costs because of decreased alkali and acid consumption dosage to a vicinity of one – third.
Reduction In time of cleaning and disinfecting machinery, equipment’s and pipelines that is owing to loss need of rinsing
Decreased costs of repair and maintenance for falling down corrosion
Diminish water and energy consumption
Increased producing efficiency as a consequence of decreased CIP time
Boosted producing qualities and lost products return because of higher cleaning efficiency that will decrease bio-film formation probability

Detoseptic D3 or Detoseptic D4, Alkali cleaners (in form of powder and liquid successively)
Detoseptic D5, Acid detergent
Vinoxide, Disinfectant based on per acetic acid

Obviously Yes! Our consultants, who are well known experts & professors in food and dairy industries, are willing to convey up – to – date scientific context in form of dedicated training courses in related industries` locations

Fortunately NO! In common dairy production lines and factories, alternative cleaners instead of caustic soda and Nitric Acid are usually used in the same dosage of those and per – kilo of Detoseptic D3, D4, D5 has equal price or less than three kilos of NaOH and Nitric Acid

Yes. Our production can be tested by sales engineer unit in the location of food industry factory if it had been requested

Surely Yes. The experts and specialists in PAKROPARTS Research & Development and sales engineer units are already prepared for confirming our products` effectiveness and CIP validation in place of manufactures and their well equipped laboratories.

Levels of costumer`s consultation request by our teams
Receiving the first description of matter from costumers
Primitive investigation and analyse
Dispatch advisors and experts of sales engineering and R & D units to the costumers` site
Deliver a proposal
Serve services like conducting in related tests
Accompanying costumers to achieve final result

Yes. All the resulted advantages and benefits of the program are compared to common CIP procedure in terms of financial and effectiveness aspects.
That its design and presentation are possible to be done for every productive zone

Yes. A vast amount of major and well known companies of Iranian food industries together with minor ones utilize the program and CIP related products

Yes. Research and development unit in PAKROPART is welcoming to designing up to date formulation set within market and costumers` requests

Closing the bag after taking some powder, prevent from air contact, storing in cold & dry place and far from direct sun light are the principles of powders conservation. In order to get a safe maintenance of liquids, closed taps, no mixing with other detergents, no direct sun light with products containers and storing in temperature must be considered. For more information, check the products MSDS.

There are several reasons for remaining that its combination percentage and their amounts are varied in different factories. Among all, caustic soda impurity, high water hardness and disability of caustic soda in keeping contaminants and precipitants dissolved. Noteworthy, there will be no remained whitish stains and precipitants in ease of consuming Detoseptic D3 & D4.?

Efficiency and mechanism of that products impact involves dissolving more precipitants in less time with the least adhesiveness on surfaces, so rinsing and remove them willbe done easily.

According to corrosion tests, were done by Industrial Goods Inspection (IGI), Corrosiveness of D3 & D5 on 314 and 316 stainless steel equipment’s (food industries machinery are mainly made up of that) are 5 to 6 times less then caustic soda and Acid. Moreover, no corrosion was seen by affecting D3 and D5 on elastomeric parts (gaskets, O-ring seals, …) that is proved by IGI tests.

For more information, check the products

Compatibility with surfaces and confirmations.

The best method is utilizing pH- meter to measure pH of output water. Mean while, if the pH is neutral or in the vicinity of that, rinsing procedure is done completely. Another way is applying phenol test which is used for caustic soda. When phenol is added to output water and its color is not changed (colorless), water is neutral, otherwise (water becomes purple) pH is still alkali.

Yes- Product for CIP (Detoseptics D3, D4, D5) can be set with conductivity meters. The factor changes for each material and concentration and could vary in different temperatures and water hardness, so it should be measured in certain concentrations in features. Conductivity of D3, D4, D5 can be measured in various concentrations. We can provide costumers detailed information related to these products based on their Conductivity in varied concentrations, temperature and water hardness.

There are different mechanisms have impact on D3 efficiency. Several complexing agent agents that prevent water hardness to have effect on D3 cleaning ability. Stabilizing agent in ready to use solution, hold contaminants that brings about staying sediment on surfaces. Proper surfactants increase alkaline penetrating rate into fats and greasy layers that accelerates cleaning.

The amount varies by contamination level, even for caustic soda that is used standardized in 5.1 % or more. By considering Detoseptic D3 consuming dosage compared with caustic soda, our product can be used from 5 g/lit (0.5 %) to higher levels.

Temperature, time, water hardness and circulation rate are effective factors on dosage level.

The word purity doesn’t make sense unless a substance is made up of a raw material, then its purity illustrates that of total, for instance, Caustic soda involves 2% impurities and 98% Sodium Hydroxide. In cleaners formulated by PAKROPART , in addition to foundation of detergents bases like Sodium Hydroxide  and Nitric acid, other ingredients are added that have their own impact on improving cleaning procedure, so calculating total purity does not make sense.

The best temperature range of consuming alkali cleaners is 75 – ۸۵ ^oC, although in some pilots lower than that with less efficiency is used. Noticeably, temperature can be changed by detergent dosage, circulation time, temperature of heating process on product and the other factors. The best temperature for acidic cleaner consumption is from 60 to 70 ^oC.

Generally speaking, D3 solubility goes up by increasing temperature, but in order to prevent the solution splashing and quick reactions it should be added to water in room temperature then become heated more (up to 85 ^oC)

In terms of chemical principles there is no problem. But, by considering efficiency, to follow up cleaning results, concentration measurement and undesirable reactions could cause some difficulties.

Overall, the manner of addition is not recommended.

All the impurities in water are called total Dissolved solid (TDS), which is not measured by ppm, and refers to all solid materials in water. In standard drinking water, normal range of TDS is from 1500 to 2000. On the other hand, hardness illustrates the total concentration of calcium and magnesium salts in water. Generally, TDS is 10 times more than hardness. In other words, when TDS is equal to 1500, hardness will locate in the vicinity of 150.

It is a fact that, the less water hardness there is, the more efficient cleaning occurs. What is more, water hardness in 100 – ۱۵۰ doesn’t need extra Detoseptic cleaners and the cleaning efficiency will not be affected until 200 – ۲۵۰ hardness. However, consuming such water causes growth in acid consumption

Yes, of course. By taking production lines` material into account, either stainless steel or Aluminum, 2 cleaners are formulated by PAKROPART namely Detoseptic – D3 – Butter lines (S.S) and Detoseptic D3 – Butter lines (Al) cleaner.

Sure – there are two choices, Detoseptic D3 – Alkali cleaner for Aluminum surfaces and Detoseptic D5 – Acidic cleaner suitable for sensitive metal surfaces.

It is predicted that it remains less than standard, in case of consuming allowed determined dosages that has been admitted. To ensure, applying test strips designed for remained pracetic acid evaluation is recommended after disinfection step.

Vinoxide contains 15% pracetic acid that is a result of Acetic acid and Hydrogen peroxide reaction, which is stabilized in a process, so in concentrated solution a complex of all the materials and additives exist.

Check Vinoxide 15 MSDS if more details are required

The product is formulated based on peroxy acetic acid that its licensed dosages according to international approvals (FDA) are indicated in PAKROPART consumption instructions. Obviously, using dosage is related to allowed remains in different parts of food industry, for instance, 1 liter in 750 liter, up to 1 liter in 1000 liter of that is recommended for CIP procedure.

To find detailed information, get the products instruction from our experts.

.Don’t keep it in temperatures higher than 30^o c or direct sunlight

.Don’t put it in Alkali and Chlorinated materials proximity

.For more put information, check the product MSDS?

Vinoxide 15 is efficient in sanitizing and cleaning process water based on indicated dosages in water sanitation instructions. But it is not recommended for drinking water treatment.

No, consuming the product in recommended concentrations in instructions are founded on international permitted approvals don’t have corrosion on machinery parts and equipment’s made up of stainless steel.

Vinoxide remain can vary due to diluted solution, temperature, circulation time, enforced physical tension, water hardness and organic ingredients. In general, there is no need to rinse if amounts of remain is in suggested dosage.

Disinfecting efficiency reduces if water hardness exceeds authorized amount, 150 – ۲۰۰ ppm.

Also, some other disinfectants (based on Quarternary ammonium and Sanisept S3 and S6) are more resistant against water hardness.

No – if the diluted remain is given back to its container, formulation equivalent will be imbalanced that decreases efficiency as a result of dropped effective material.

Yes of course, as vinoxide is a high grade disinfectant and effective or on a wide range of resistant microbial contaminations, it is known as one of the best effective disinfectants on bio-film.

Vinoxide is known as a high food grade disinfectant that remains no residue if it is used in recommended dosage in production lines of dairy industries. On the other hand, with regard to fermentation sensitivity, rinsing with clear water after CIP is recommended to prevent the least probable vinoxide residue impacts on starters.

According to international approvals and national standard, vinoxide 15 can be used to reduce microbial load in starch slurry. Also, consuming dosage is determined based on process method and primary contamination. For more detail, refer to instruction.

The most efficient disinfectant in such systems is Sunisept S4 formulated based on Hydrogen peroxide and Ag. For more details, refer to instruction.

Yes – Vinoxide 15 is an effective disinfectant in dosage of 300 ppm to spoil, remove and control bacteriophage.

In case of bacteriophage existence in dairy production lines, you can contact with experts in sales engineering unit to get more details and consultation.

Sanisept S2 is a formulated disinfectant based on vinoxide 15 that doesn’t need rinsing which is approved by FDA.