Dr. Sorel Muresan Section Manager EMEIA, TS&d Cleaning · Berol® SurfBoostAD15 A sustainable...

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Berol ® SurfBoost AD15 A sustainable solution for cleaning Dr. Sorel Muresan Section Manager EMEIA, TS&d Cleaning SEPAWA Nordic 2014, Malmö, Sweden

Transcript of Dr. Sorel Muresan Section Manager EMEIA, TS&d Cleaning · Berol® SurfBoostAD15 A sustainable...

Berol® SurfBoost AD15 A sustainable solution for cleaning

Dr. Sorel Muresan

Section Manager EMEIA, TS&d Cleaning

SEPAWA Nordic 2014, Malmö, Sweden

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Introduction

Environmental performance of Berol SurfBoost AD15

Boosting degreasing performance of non-ionics

Comparative degreasing – Kitchen soil

Comparative degreasing – Industrial soil

Framework recipes and formulation guidelines, typical data

Summary

Presentation outline

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Berol SurfBoost AD15

An effective, readily and anaerobically

biodegradable, non classified cosurfactant

Environmental performance of Berol SurfBoost AD15

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Readily biodegradable, OECD 301B

Anaerobically biodegradabale, OECD 311

EC50 at 48h >100mg/l, acute toxicity to daphnia magna,

OECD 202

EC50 at 72h >100mg/l, acute toxicity to algae,

OECD 201

Water based, without using VOC

Not classified (according to CLP/Dangerous Substances

Directive 67/548/EEC)

Boosting degreasing performance of NI the choice of cosurfactants is critical

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Cosurfactants used in combination with non-ionics and other classes of surfactants boost

the cleaning performance.

Normal hydrotropes, as SCS and SXS, do not improve cleaning performance of non-ionics,

they only increase the cloud point and can have an impact on viscosity.

The choice of cosurfactant is critical and is driven by the right combination between product

and application.

A cosurfactant provides

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High synergy among components of the formulation

• Active contribution to cleaning

• Perfomance at high dilution

• Less chemicals

Boosting of the cleaning performance

• Fast dirt penetraton

• Residue-free cleaning

• Dispersion capacity

• Better wetting

• Fast drying

• Low/high foam

Hydrotrope effect

• More effective than classical hydrotropes

2% Berol SurfBoost AD15

non-labelled cosurfactant

0.5% Dissolvine GL-47-S

97.5% water

2% Berol R648 NG

quaternary cosurfactant

0.5% Dissolvine GL-47-S

97.5% water

2% SCS

anionic hydrotrope

0.5% Dissolvine GL-47-S

97.5% water

2% Octyl imino

dipropionate

0.5% Dissolvine GL-47-S

97.5% water

2% APG co-surfactant

0.5% Dissolvine GL-47-S

97.5% water

Effective cosurfactants are products which have intrinsic properties, designed to

boost the cleaning performance of primary surfactant systems.

Many of classical hydrotropes do not have intrinsic cleaning properties.

Comparative degreasing – Hydrotropes ceramic tiles, kitchen soil, non-mechanical

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Dynamic surface tension - cosurfactants

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CMC and surface tension - cosurfactants

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Cosurfactant CMC

value

[g/L]

Surface

tension

at 1g/L (0.1%)

Cationic

cosurfactant

0.5 31

Berol

SurfBoost AD15

0.1 31

Amphoteric 1 0.05 31

Amphoteric 2 - 40

APG - 36.5

Same hydrotropic power vs. other co-surfactants and hydrotropes

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Base: 5% Berol 260, X% hydrotrope (100% active), 8% Dissolvine GL-47-S

0

10

20

30

40

50

60

70

0 1 2 3 4 5 6 7

R&D sample 200

SXS

YJH-40

AG6206

R648NG

hydrotrope (active), %

Cp °

C

Berol SurfBoost AD15

Amphoteric

APG

Cationic cosurfactant

SXS

Comparative degreasing – Kitchen soil ceramic tile, kitchen soil, non-mechanical

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Difference between Berol Surfboost AD15 and SCS at equivalent active %

Photo of the tile after cleaning

Test product, composition based on: Composition Active content Grease removal

Berol SurfBoost AD15 2% Berol SurfBoost AD15, 1% Berol 260,

0.5% Dissolvine GL-47-S, 96,5% water 2,30% 98%

SCS 3% SCS, 1% Berol 260, 0.5% Dissolvine

GL-47-S, 95,5% water 2,20% 76%

- Soil removal: 100% the best – 0% the

worst – measured via optical image

analysis vs. standard

- AkzoNobel kitchen particulate soil

composition: Corn oil 50%, water 30%,

Lambert particulate soil 20%

0%

10%

20%

30%

40%

50%

60%

70%

80%

90%

100%

Composition based onBerol SurfBoost AD15

Composition based onSCS

So

il re

mo

va

l

Comparative degreasing – Kitchen soil ceramic tile, kitchen soil, non-mechanical

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Example of degreaser formulation with Berol Surfboost AD15

Photo of the tile after cleaning

Test product Composition pH Active content

[%]

Soil removal

[%]

Composition based on

Berol SurfBoost AD15

2% Berol 260

2% Berol SurfBoost AD15

0.5% Dissolvine GL-47-S

>11 3,55 97

EU leading kitchen cleaner <5% non-ionic >11 <5 57

EU leading APC <5% non-ionic and anionic, limonene >11 >5 24

EU leading APC <5% non-ionic and cationic ~10 >5 86

Berol SurfBoost AD15 has a cleaning boosting action on tough industrial soil (used

engine diesel oil), at almost neutral pH, even at high dilution

Comparative degreasing – Industrial soil metal plates, diesel engine oil, non-mechanical

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Formulation based on

Berol SurfBoost AD15

pH = 8.4

%

Berol 260 5

Berol SurfBoost AD15 5

Sodium citrate 8

Commercial car cleaning

product

pH = 7

%

SCS 3-5

NaOH 3

NI-EO 3

LAS 1

Formulation based on

Berol SurfBoost AD15 Commercial car cleaning product

Dilution 1:10 79% 51%

Dilution 1:20 74% 48%

Dilution 1:40 64% 43%

0%

10%

20%

30%

40%

50%

60%

70%

80%

Dilution 1:10 Dilution 1:20 Dilution 1:40

Formulation based onSurfBoost AD15

Commercial car cleaningproduct

So

il re

mo

va

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Formulation based on

Berol SurfBoost AD15

Non-labelled household formulation ceramic tile, kitchen soil, non-mechanical

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Examples of non-labelled household formulations with Berol Surfboost AD15

A B C

Berol 185 3 3 3

Berol SurfBoost AD15 1 1 1

Dissolvine GL-45-SLA 1.1 - -

Sodium citrate - 0.5 -

75% GL-47S 25% GL-NA-36S - - 1.1

Water 94.9 95.5 94.9

pH 9.6 8.3 9.9

A B C Market leader

Non-labelled household formulation ceramic tile, kitchen soil, non-mechanical

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Examples of a non-labelled household formulation with Berol Surfboost AD15

Name AkzoNobel formulation Commercial product

Commercial product

Commercial product

Description 3% Berol 185

1% Berol SurfBoost AD15

1.1% Dissolvine GL45

94.9% water

<5% Nonionic

<5% Amphoteric

<5% Anionic

5-15% Nonionic <5% Nonionic

pH 9,5 4,5 10,9 2,3

pH diluted 1:1 9,6 4,5 10,8 2,5

Application targets for Berol SurfBoost AD15

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Industrial cleaning Industrial cleaning

Heavy duty cleaning

Household cleaning

Light duty cleaning Light duty cleaning

Target

Tough soil

Light soil

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All purpose cleaner (degreaser)

Berol 260 1%

Ethylan 1008 1%

Berol SurfBoost AD15 1%

Dissolvine GL-47-S 1-2,5%

Alcoguard H 5941 1%

Aesthetics, buffer and preservatives

Water to balance

Manual dishwashing concentrate

SAS (60%) 15%

Amphoteen 24 6%

Ampholak XCE 3%

Berol 266 2%

Berol SurfBoost AD15 2%

Aesthetics, buffer and preservatives

Water to balance

Kitchen cleaner trigger

Berol 260 2%

Ethylan 1008 2%

Berol SurfBoost AD15 2%

Dissolvine GL-47-S 2,5%

Alcoguard H 5941 1%

Aesthetics, buffer and preservatives

Water to balance

Car cleaner – pH 8, citrate based

Berol 260 5%

Berol SurfBoost AD15 5%

Sodium citrate 8%

Aesthetics and preservatives

Water to balance

Frame recipes

Disclaimer: all recipes are offered as examples. Products need to be formulated according to the best performance expectation and application.

It is recommended to formulate with Berol SurfBoost AD15 in a pH range between 2 and 11.

Berol SurfBoost AD15 - Typical physicochemical data

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Active content 65% (water based)

Appearance clear dark yellow liquid at 20°C

pH (1% in water) 7-9

Cloud point (1% in water) min 61°C

Viscosity, Brookfield, Spindle 2 <20 cP at 20°C

Clear point -5°C

Pour point -10°C

Colour max 9 Gardner

Density 1076 kg/m3 at 20°C

Foam height according to Ross Miles 0.05 % at 50°C immediately 30mm, after 5 min 10mm

Foam height according to Ross Miles 0,05 % at 20°C immediately 52mm, after 5 min 35mm

Wetting power according to Draves, 25˚C, 0.1% >5 min

Surface tension according to Dü Nouy, 0.1% at 25°C 31 mN/m

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Summary

Berol SurfBoost AD15 High performance solvent-free degreasing

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Readily and anerobically biodegradable

Boosts the degreasing performance of non-ionic surfactants in a wide range of

household and Industrial & Institutional applications

• Kitchen cleaners (stainless steel surfaces, ceramic tiles, glass tiles and kitchen tops)

• Manual dishwashing (boosting degreasing and supporting foam)

• Bathrooms cleaners (glass shower cabins, mirrors)

• All purpose and glass cleaners (floors, ceramics, glasses, windows, hard shiny

surfaces, metal surfaces)

• Car cleaning

Not classified (according to CLP/Dangerous Substances Directive 67/548/EEC)

Acknowledgements

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Anette Thyberg

Camilla Nyström

Enis Piknjac

Anders Paalberg

Louis Schwarzmayr

Mauro Davanzo

Thank you for your attention

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