FAQ

Before Use of Furnace Oil Cleaner

Safety First

• Wear gloves, goggles, and mask

• Ensure good ventilation

• Keep away from open flames / sparks

• Refer to the product SDS before use

CHARACTERISTIC :

• Highly effective concentrated cleaner .

• Versatile, can be used for a wide application range ( for TANK or general cleaning .)

• Provides quick and thorough Emulsifying Action.

• Can be used for cleaning, Gas freeing of double bottom, deep and other fuel oil bunker tanks.

• May also be used for cleaning and gas-freeing of crude and refined mineral oil cargo tanks.

• It can also be used as a General Purpose cleaner to remove oil and grease deposits and cleaning of bilge spaces and engine rooms from soiled surfaces.

• Can be used for Degreasing and Cleaning engine cooling water systems Read the Material Safety Data Sheet before using this product

Recommended Dilution (General)

• Light contamination: 1 part cleaner : 8–10 parts water

• Medium contamination: 1:4 to 1:6

• Heavy / old FO: 1:1 to 1:3 or neat

Important Notes

• Do not mix with other chemicals

• Hot water improves cleaning efficiency

• Always conduct a small trial test

Using-Procedure    

Spraying:–

This can be beneficial as part of the initial cleaning process after the carriage of Lube oils and Lube oil additives.  As soon as the tank in question has been checked empty by the attending surveyor, RXSOL-20-2030-210  should be sprayed over all surfaces which are safely reacheable.
 

Portable machines:–

After 45 minutes the butterworth machines should be operated for 3 x 20 minutes drops using warm 60o C, then the machines brought back to the top and a full hot wash 80 – 85 o C should be carried out for at least 6 hours.

Fixed machines:–

Wash ambient for 45 minutes followed by warm water for one cycle before increasing to hot (80oC) for 4 hours.

Injection:–

This can be carried out by injecting RXSOL-20-2030-210  into the butterworth system after the heater. A normal amount to use would be 100 – 150 liters during the initial washing cycle.  Water temperature should be 60o C during the injection period then brought up to 80 – 85 o C for the full washing period.

Re-circulation:–

Possibly the best result are achieved by re-circulating a solution of RXSOL-20-2030-210 after the initial rough washing of the tank.  A sufficient amount of fresh water to maintain good suction should be heated  to 60 o C and approximately 420 liters of RXSOL-20-2030-210  (2 drums) added for each 500 liters of fresh water.  The temperature of the mixture can be increased depending upon  the melting point if the product being cleaned.  The solution should be circulated for at least 4 hours and the butterworth machines  operated at maximum pressure in all areas of the tank  throughout this process.  If a number of tanks are to be circulated, then a substantial quantity of solution can be made so that transfers can be made without delay and any small amounts lost will not affect the operation.  Normally following transfer to another tank, 100 liters RXSOL-20-2030-210  is added for each 5000 liters of solution.  This is called “spiking”.
  

Following the re-circulation process, the tank must be hot butterworthed 80-85o C for at least 6 hours.
      *Use         a                 strainer                at               the                 pumpstack               when               circulating          any                        solution              RXSOL-20-2030-210 is recommended for local cleaning and degreasing and may be applied  by  brush,  hand  spray, immersion, soaking or any other conventional means. Apply concentrate RXSOL-20-2030-210 over  soiled  area  and wait for 20-30 minutes before rinsing off with water.
 

Soak Method:-

For heavy oil and soil Put parts to be cleaned into a bath of concentrate RXSOL-20-2030-210 and  for medium to light soiling use a solution of 10-30% RXSOL-20-2030-210 in water. Parts should be soaked for at least  30 minutes  before washing off with water.

Spray-Method:-

Spray concentrate  RXSOL-20-2030-210  over all soiled areas.  With in  15  and  30   minutes,  RXSOL-20-2030-210 starts   its function then rinse off by water hose. For stubborn deposits, agitation by scrubbing will  assist  the  cleaning operation .

Cargo Tank Cleaning after Mineral Oils

Direct injection method:–

Make  a   solution  of  RXSOL-20-2030-210  between   0.1  and  2.0%   i.e.   one   to    twenty    litres    per  ton   wash water.   Then      use     with     Tank     cleaning      machine ,    Best     results    are     obtained   when   water  is    heated  to  a     temperature      between          60  to  80°C.  Slops Should              be             Constantly              Stripped       from, tank.                                                   

Recirculation method / Ship's Rocking Mottion:– 

Make  soln.  Strength  with RXSOL-20-2030-210 between  0.5 –3 %  and  used  with  Tank Cleaning machines OR fill the tank to 20-30% volume with sea water and add the RXSOL-20-2030-210 up to full dose  . For better  results  heat  the solution  between 60 - 80°C.

NOTE : Dose rate and results will vary depending on amount of contamination.

Spot cleaning- RXSOL-20-2030-210  (concentrate) can be sprayed over surfaces and left  for  20 - 30 minutes  Finally wash down the tank surfaces with hot  water between 60°C and 80°C with  high  pressure   machine .   Keep stripping tank slops and transfer to holding tank/slop tank.Cleaning  of  theOil  side of  Lube  Oil Heat Exchangers  Cleaning  is  best  achieved  by the recirculation method using a heated 20% solution of RXSOL-20-2030-210.
1) First of all drain off any remaining oil from Heat Exchanger.
2) Connect the discharge side of a portable pump to the lower heat exchanger connection & the suction Side of the pump to the bottom outlet of a 200 litre drum.
3) Complete the circuit by connecting the upper connection on the heat exchanger to the top of the drum.
4) Maintain the bath temperature between 60-80 0 C throughout the cleaning operation.  If it is not possible to heat, the operation will need to be extended.
5) Use the pump to maintain circulation for 12 to 15 hours.  When the cleaning is completed, disconnect the lower heat exchanger connection and drain out the cleaning solution.
6) Connect a fresh water supply to the upper heat exchanger connection, and rinse until the water runs clean from the lower connection.                                                                                  When rinsing is complete, disconnect the water supply and thoroughly drain and dry the heat exchanger

Furnace Oil Cleaner: RXSOL-20-2030-210 Recommended Dilution (General)

• Light contamination: 1 part cleaner : 8–10 parts water

• Medium contamination: 1:4 to 1:6

• Heavy / old FO: 1:1 to 1:3 or neat

Important Notes

• Do not mix with other chemicals

• Hot water improves cleaning efficiency

• Always conduct a small trial test

Using-Procedure    

Spraying:–

This can be beneficial as part of the initial cleaning process after the carriage of Lube oils and Lube oil additives.  As soon as the tank in question has been checked empty by the attending surveyor, RXSOL-20-2030-210  should be sprayed over all surfaces which are safely reacheable.
 

Portable machines:–

After 45 minutes the butterworth machines should be operated for 3 x 20 minutes drops using warm 60o C, then the machines brought back to the top and a full hot wash 80 – 85 o C should be carried out for at least 6 hours.

Fixed machines:–

Wash ambient for 45 minutes followed by warm water for one cycle before increasing to hot (80oC) for 4 hours.

Injection:–

This can be carried out by injecting RXSOL-20-2030-210  into the butterworth system after the heater. A normal amount to use would be 100 – 150 liters during the initial washing cycle.  Water temperature should be 60o C during the injection period then brought up to 80 – 85 o C for the full washing period.

Re-circulation:–

Possibly the best result are achieved by re-circulating a solution of RXSOL-20-2030-210 after the initial rough washing of the tank.  A sufficient amount of fresh water to maintain good suction should be heated  to 60 o C and approximately 420 liters of RXSOL-20-2030-210  (2 drums) added for each 500 liters of fresh water.  The temperature of the mixture can be increased depending upon  the melting point if the product being cleaned.  The solution should be circulated for at least 4 hours and the butterworth machines  operated at maximum pressure in all areas of the tank  throughout this process.  If a number of tanks are to be circulated, then a substantial quantity of solution can be made so that transfers can be made without delay and any small amounts lost will not affect the operation.  Normally following transfer to another tank, 100 liters RXSOL-20-2030-210  is added for each 5000 liters of solution.  This is called “spiking”.
  

Following the re-circulation process, the tank must be hot butterworthed 80-85o C for at least 6 hours.
      *Use         a                 strainer                at               the                 pumpstack               when               circulating          any                        solution              RXSOL-20-2030-210 is recommended for local cleaning and degreasing and may be applied  by  brush,  hand  spray, immersion, soaking or any other conventional means. Apply concentrate RXSOL-20-2030-210 over  soiled  area  and wait for 20-30 minutes before rinsing off with water.
 

Soak Method:-

For heavy oil and soil Put parts to be cleaned into a bath of concentrate RXSOL-20-2030-210 and  for medium to light soiling use a solution of 10-30% RXSOL-20-2030-210 in water. Parts should be soaked for at least  30 minutes  before washing off with water.

Spray-Method:-

Spray concentrate  RXSOL-20-2030-210  over all soiled areas.  With in  15  and  30   minutes,  RXSOL-20-2030-210 starts   its function then rinse off by water hose. For stubborn deposits, agitation by scrubbing will  assist  the  cleaning operation .

Cargo Tank Cleaning after Mineral Oils

Direct injection method:–

Make  a   solution  of  RXSOL-20-2030-210  between   0.1  and  2.0%   i.e.   one   to    twenty    litres    per  ton   wash water.   Then      use     with     Tank     cleaning      machine ,    Best     results    are     obtained   when   water  is    heated  to  a     temperature      between          60  to  80°C.  Slops Should              be             Constantly              Stripped       from, tank.                                                   

Recirculation method / Ship's Rocking Mottion:– 

Make  soln.  Strength  with RXSOL-20-2030-210 between  0.5 –3 %  and  used  with  Tank Cleaning machines OR fill the tank to 20-30% volume with sea water and add the RXSOL-20-2030-210 up to full dose  . For better  results  heat  the solution  between 60 - 80°C.

NOTE : Dose rate and results will vary depending on amount of contamination.

Spot cleaning- RXSOL-20-2030-210  (concentrate) can be sprayed over surfaces and left  for  20 - 30 minutes  Finally wash down the tank surfaces with hot  water between 60°C and 80°C with  high  pressure   machine .   Keep stripping tank slops and transfer to holding tank/slop tank.Cleaning  of  theOil  side of  Lube  Oil Heat Exchangers  Cleaning  is  best  achieved  by the recirculation method using a heated 20% solution of RXSOL-20-2030-210.
1) First of all drain off any remaining oil from Heat Exchanger.
2) Connect the discharge side of a portable pump to the lower heat exchanger connection & the suction Side of the pump to the bottom outlet of a 200 litre drum.
3) Complete the circuit by connecting the upper connection on the heat exchanger to the top of the drum.
4) Maintain the bath temperature between 60-80 0 C throughout the cleaning operation.  If it is not possible to heat, the operation will need to be extended.
5) Use the pump to maintain circulation for 12 to 15 hours.  When the cleaning is completed, disconnect the lower heat exchanger connection and drain out the cleaning solution.
6) Connect a fresh water supply to the upper heat exchanger connection, and rinse until the water runs clean from the lower connection.                                                                                  When rinsing is complete, disconnect the water supply and thoroughly drain and dry the heat exchanger

How to use Furnace Oil Cleaner, suitable for industrial, marine, boiler, and tank cleaning operations? 

Directions for Use and Dose Rates of RXSOL Furnace Oil Cleaner: RXSOL-20-2030-210 is specially formulated for cleaning double bottom, deep and wing tanks etc, used for fuel oils. It can also be used for local cleaning and degreasing of engine rooms and on deck.
Soak Method for heavy soil put parts into undiluted RXSOL-20-2030-210, For General Soiling use a solution of 10-30% RXSOL-20-2030-210 water. Parts should be soaked for at least 30 minutes before washing off with water. Spraying Method Use neat RXSOL-20-2030-210 over all soiled areas. Allow 10-20 minutes for reaction , then rinse with high pressure water hose., Scrubbing will assist the cleaning operation for stubborn deposits.

Typical Method to use RXSOL Furnace Oil Cleaner

For Furnace Oil on Floors / Concrete

1. Absorb excess oil using sawdust, sand, or oil absorbent

2. Remove absorbed material

3. Dilute Furnace Oil Cleaner with water

   • Light oil: 1:5 to 1:10

   • Heavy oil: 1:2 to 1:4 or use neat

4. Apply the solution on the surface

5. Scrub with a stiff brush

6. Rinse thoroughly with water

For Metal Surfaces / Machinery

1. Apply diluted or neat cleaner directly on oily surface

2. Allow 10–20 minutes contact time

3. Scrub or wipe loosened oil

4. Rinse with water or wipe dry

For Burners / Boilers / Furnaces

1. Switch off equipment and allow it to cool

2. Apply cleaner on carbonized furnace oil deposits

3. Allow sufficient soaking time

4. Scrape loosened deposits

5. Wash with water and dry before restart

For Furnace Oil Tanks / Pipelines

1. Drain remaining furnace oil

2. Remove sludge manually or by pump

3. Circulate diluted Furnace Oil Cleaner through the tank/lines

4. Rinse with water until clean

5. Dry and inspect before reuse

NOTE ::: Confined-space safety procedures must be followed.

1. Detergents

Sodium Silicate is widely used in detergent manufacture as they possess highly efficient cleaning property. They act as wetting agent, in emulsification, Control of the corrosive effect of alkali on sensitive metals, particularly in the presence of synthetic detergents, penetrating through oily dirt's and prevention of dirt re deposits. The unique advantage of Silicates over other alkaline salts is that they contain soluble silica.

2. Refractory

Water glass is a useful binder of solids, such as vermiculite and perlite. When blended with the aforementioned lightweight aggregates, water glass can be used to make hard, high-temperature insulation boards used for refractories, passive fire protection and high temperature insulations, such as moulded pipe insulation applications.

3. Drilling Mud Fluid

Various postulations have been advanced to explain the chemical phenomenon of soluble silicates stabilizing what are typically characterized as "troublesome" shales. Using a high ratio silicate product at low concentrations will allow the silica molecules to gel and polymerize when they come into contact with connate waters, typically pH 7.0-8.0. This gelation process plugs any pore spaces or micro-fractures available, preventing water from de-stabilizing the rock formations.

4. Foundry

Sodium Silicate is used as a binder that holds the sand together in cores. It is mixed with sand to form core binder. Cores are used to create hollow cavaties in the interior of castings. In the sand cast process, sand is mixed with a liquid silicate to form a core that is strong enough to withstand the pressure of the molten metal.

5. Textile processing & Dyeing

Sodium Silicate is extensively used i n the pad-batch dyeing process (in reactive dyes) where silicates provide alkalinity and buffering necessary to maintain the required pH for the dyeing process. These processes are preferred over other dyeing processes because they use less water, exhibit better dye bonding, can be operated at lower temperatures, and have batch to batch uniformity.

6. Adhesives

Sodium Silicates is widely used in adhesive production. It is also used a s medium for paper and board products. In paper tube and drum winding, soluble silicates are used to produce rigid, high strength products ideal for heavy duty applications.

They are also used in the production of laminate board and in the lamination of aluminum foil with paper.

7. Water and Wastewater Treatment

Sodium silicates are used for several different functions in the water industry as flocculant agent, in complexation of iron and manganese to prevent discoloration, as Corrosion prevention in potable and industrial distribution pipelines, as a key component of proprietary formulations to prevent corrosion to boilers, radiators and piping in commercial and domestic heating systems.

8. Soil Grouting and Stabilization

The construction of tunnels can be a hazardous operation, particularly in wet and/or weak ground. Direct injection of silicates in combination with a hardener gives consolidation of the ground and water-impermeability by in-situ formation of a siliceous gel, which strengthens and seals the soil.

9. Ceramics

Silicates are used as plasticizers in the ceramics industry, particularly in the production of floor and wall tiles. The complex polyvalent silicate anion interacts with the surface of the clays used causing deflocculating. This allows the preparation of high solids, low viscosity systems which are easily handled and pumped. The high solids contents of these slurries reduce the energy costs involved in drying the clay prior to final firing in a kiln.

10. Welding Electrodes

Welding rods consist of a variety of mineral and metal powders bound together with sodium and potassium silicate. Silicates act as both a binder and a fluxing agent. Specialized electrodes, e.g. for stainless steel, use complex mixed silicate systems containing sodium, potassium and even lithium.

11. Automative Repair

Sodium silicate can be used in older automobiles to seal leaks in the cooling system. A jar of "liquid glass" is poured into the radiator and allowed to circulate. Minute holes and gaps are sealed, often curing radiator leaks and faulty cylinder-head gaskets. This approach is often used by disreputable used-car salespersons.

12. Egg preservation

Sodium silicate was also used as an egg preservation agent. When fresh eggs are immersed in it, bacteria which cause the eggs to spoil are kept out and water is kept in. Eggs can be kept fresh using this method for up to nine months. When boiling eggs preserved this way, it is well advised to pin-prick the egg to allow steam to escape because the shell is no longer porous.

TestFAQ Question answer....

Here's a complete and practical guide on how to use a RXSOL Heavy Duty Degreaser, especially for Industrial, Marine, and Engine cleaning applications:

What is a Heavy Duty Degreaser?
A Heavy Duty Degreaser (like RXSOL DEGREASER HD) is a powerful alkaline or solvent-based cleaner formulated to remove:

Grease

Oil

Carbon residues

Fuel and tar deposits

Heavy dirt and grime

Where You Can Use RXSOL Heavy Duty Degreaser:

Engine rooms

Ship decks and bilges

Industrial floors

Workshop equipment

Cargo hold cleaning

Oil-stained concrete and machinery

How to Use RXSOL HEAVY DUTY DEGREASER?

Step-by-Step Instructions:
Dilution (if required):

For heavy contamination: use undiluted or 1:1 with water

For general cleaning: 1:5 to 1:20 (chemical:water) depending on surface and soil level

RXSOL HEAVY DUTY DEGREASER Application Methods:

Spray, brush, or mop directly onto the greasy surface, Can also be applied using a foam gun or pressure washer

Soaking Time:

Allow the degreaser to sit for 5–15 minutes

For thick grease or carbon, give it more dwell time but don’t let it dry

Agitate (Optional):

Scrub with a brush for stubborn areas to enhance effectiveness

Rinse:

Rinse thoroughly with high-pressure water (freshwater or hot water for best results)

Precautions:
Use gloves, eye protection, and protective clothing

Do not use on aluminum or painted surfaces unless confirmed safe (some formulas can dull them)

Store in a cool, dry place, away from direct sunlight

Tip:
For engine parts or machinery, soak smaller parts in a degreaser bath, then rinse and dry thoroughly.

#HeavyDutyDegreaser_ManufacturerSupplier
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#HeavyDutyDegreaser_MuscatBarkaSoharOman
#HeavyDutyDegreaser_MumbaiKandlaSuratKolkataVisakhapatnamChennai
 

How to control of microbial biofilms, bacteria, algae, and fungi in cooling water system?

For the control of microbial biofilms, bacteria, algae, and fungi, add MICRO BIOCIDE Cooling Water RXSOL-40-4009-025 in recirculating water cooling towers, industrial recirculating closed loop water cooling systems, brewery pasteurizer and can warmer systems. Add MICRO BIOCIDE Cooling Water RXSOL-40-4009-025 at some point in the system to insure uniform mixing.

CARGO HOLD CLEANING CHEMICAL FOR CLEANING COAL AND PET COKE CARGO CLEAN HD
 

HOW TO CLEAN COAL AND PET COKE SHIP CARGO HOLD?
Recommended CLEANING CHEMICAL FOR CLEANING -

For cleaning coal and pet coke residues from ship cargo holds, you need a specialized marine chemical that can handle stubborn carbon-based deposits, greasy films, and black dust. Here's a complete overview:

Recommended Chemical: RXSOL CARGO HOLD CLEANER (Alkaline Type)
Product Name: RXSOL HOLD CLEAN – ALKALINE or RXSOL ORG CLEANER
Type: Heavy-duty water-based alkaline cleaner with degreasing properties
Application: Designed specifically for removing residues of coal, petroleum coke, clinker, and oily carbon particles from steel surfaces.

Key Features:
Effectively removes carbon, soot, coal dust, and petroleum coke residues

Non-flammable and biodegradable

Safe on painted surfaces and steel

High emulsifying power  lifts oily deposits easily

Can be used in hot or cold water

Application Instructions:
Dilution Ratio:
For heavy contamination: 1:2 to 1:5 (chemical:water)

For light contamination: 1:10 to 1:20

Cleaning Steps:
Remove loose Coal or Petcoke dust with compressed air or dry sweeping.

Prepare cleaning solution in a chemical spray machine or tank.

Apply chemical using a foam gun, sprayer, or brush on the contaminated surfaces.

Let it soak for 15–30 minutes (don’t allow to dry on surface).

Rinse thoroughly with high-pressure freshwater.

Repeat process if necessary for thick or stubborn deposits.

Safety & Handling:
Use PPE: gloves, goggles, face shield

Do not mix with acidic products

Ensure good ventilation during application

Product Availability:
Available in 25 Ltrs, 50 Ltrs, and 210 Ltrs drum packaging

Immediate stock in India, UAE, Oman via RXSOL group network

There are many advantages of using Demuslfier manufactured by RX Marine International. We have been in this market for more than 25 years and have developed a modern, cost effective, efficient and remarkable result showing porduct.

Some of the advantages of using RXSOL Demulsifier are:

• Contains surface-active materials
• Separates water from oil
• Free from defilements
• Excellent stability
• Precise chemical composition
• Easy to Handle