The shipping industry and everything associated with it from steel plates which go into the making of hull to marine paints react rapidly to how well or badly to the performance of the world economy. Before the industry could recover well from the scorcher of global recession of 2008/09, it has now to contend with dark clouds gathering over Eurozone, slowdown of growth rate in BRIC (Brazil, Russia, India and China) countries (most worryingly in China and India) and the US economy still lacking the bounce. No wonder then, the number of new global orders for ships fell by half even while in terms of value the drop was about 10%. This is because vessels at the top end of value addition like CNG (compressed natural gas) carriers, very large container ships and marine engineering equipment carriers had a big share in the total order book. India’s largest shipping group SCI, which has 25 vessels worth $1.1bn on order, is not to place any further orders this financial because of losses it suffered for the first time in 28 years in 2011/12. This is also true of shipping companies elsewhere. Not at all an inspiring scene for marine paints manufacturers.
“If shipbuilders are facing chilly headwinds and ship owners are under pressure to stretch the service life of their vessels to the maximum before sending them to repairing yards, then the fallout for suppliers of marine paints is easily understandable,” says an official of a Mumbai-based trading house engaged in imports of marine paints for use by Indian shipyards and ship repairing yards. “It’s kind of double whammy for marine paints manufacturers. Their margins are coming under increasing pressure because of rising raw materials costs and the inability to pass on incremental manufacturing costs to marine paints users. I have never seen it in the past the ferocity with which buyers are driving price bargain,” he says. Paints manufacturers are trying to negotiate out of the crisis by improving “efficiencies from production processes to logistics management. Then there is the challenge to offer a portfolio of products which will translate into longer life for vessels effectively reducing the cost on paints and coatings account,” he adds.
As if this is not all, paint manufacturers remain under pressure from national governments, the International Maritime Organization and environment protection groups to ensure that coatings and anti-fouling paints do not have any harmful chemicals and metallics in them. The progressive tightening of anti-fouling standards has demanded of marine paints and coatings manufacturers to invest heavily in research and development programmes and come up with products that will meet the twin objectives of keeping sea waters clean for marine life to do well and offer some extra life to vessels. Undeniably, some robust R&D pursuits in recent periods have helped marine paints manufacturers to contain costs in an environment of inflation and demand fall as they promoted the marine profile of the shipping industry. International Paint, part of AkzoNobel group, Hempel of Denmark, Jotun of Norway a, Nippon Paints and Chugoku Marine of Japan and PPG Industries of the US have remained at the forefront of product innovation and in a way active participants in the campaign to protect sea waters from fouling by boat movements.
Fleet owners and paints manufacturers were put on alert on the adoption of international convention on the control of harmful anti-fouling systems on ships in October 2001 and its entry into force in September 2008. Tributylin moiety, the most commonly used biocide and anti-fouling agent toxic to both micro-organisms and larger aquatic organisms, in the days preceding the convention coming into force, has been comprehensively phased out. Copper compounds are used effectively in metal sheeting. No doubt coatings of copper based paints give protection to hulls from plagues of barnacles and other hitchhikers that can cause damage to vessels. What is no less bad is when such plagues get collected around vessels, the engines have to work harder to run ships using extra fuel. So there is so much more emission of carbon dioxide (CO2). The debate as to whether the balance of advantage is in favour of copper based paints in the context of fears being expressed as to their leeching into the water disturbing marine life is not over.
Paints and coatings manufacturers as they come up with new variants of anti-fouling marine paints are under pressure that their application improves efficiency of ship operation thereby reducing CO2 emissions. Shipbuilders and repairers will be ready to pay a premium price for paints if these are found highly environment friendly besides giving protection to vessels over longer periods of time under trying offshore conditions. Even while marine paints are of much significance for vessel life and cleanliness of sea waters, in the total cost of vessels their share is hardly 3%. The global marine coatings market of around $5bn will return to its normal rate of growth once the doubts about the future of world economy have cleared. The ballpark estimate is that shipbuilding and repairing account for 82% use of marine coatings; pleasure craft, the making of which is largely based in Europe, 10%; and offshore applications (oil rigs and platforms), 8%.
Over the years, the focus of all leading paints manufacturers has shifted to Asia, the Far East in particular with China, South Korea and Japan leading the brigade of shipbuilding nations. While China has raced past others in terms of tonnage building capacity, South Korea and Japan have retained the lead in technology. India, which has a coastline of over 7,500km with many deep sea water ports is emerging as the next big centre for shipbuilding and repairing. While India’s major shipbuilders
like ABG and Bharati are to go for major capacity expansion both at existing sites and also build yards at new locations, shipping companies such as Apeejay and Mercator and engineering group Larsen & Toubro have decided to build shipyards. Not surprisingly then, the Norwegian Jotun group, which has been active in India for over two decades and has been running a paints manufacturing plant in Pune since April
2008, has decided to have a second unit. Jotun spokespersons have said on many occasions that India is next big emerging market for marine and industrial paints. India’s steady emergence as a shipbuilding centre is resting on its engineering excellence and low labour costs vis-a`-vis China, not to speak of Japan and South Korea.
Building manufacturing plants here are also on the radar of other leading marine paints makers. What they have decided to do in the meantime is to reinforce their distribution network. “You want to know why are the foreign marine paints groups not interested in building plants here in partnership with Indian parties. The basic reason is marine paints requires application of very high levels of technology which then has to be continuously refined and upgraded. This is particularly in evidence since the beginning of the new millennium. Foreign groups are not too keen to share technologies with outsiders or join hands with the locals in joint ventures. Building a speciality unit like marine paints is not a capital intensive proposition for multi-national corporations with turnover in billions of dollar. What is to be accepted is that there is not much that the locals can bring to the table,” says an industry observer. Even without local manufacturing facilities, the industry leaders continue to do well in India, registering double digit sales growth. The margins are, however, under pressure. The same is the case with Saudi Arabia where on the back of an emerging shipbuilding and repairing industry, the market for marine paints and coatings is growing.
The importance of R&D and assessment of performance of a product in actual operation is underpinned by International Paint joining hands with maritime consultancy BMT Argoss to establish how the Swedish company’s highest performance fouling control coatings Intersmooth SPC (self polishing copolymer) anti-fouling and Intersleek foul release coating are contributing to vessel performance, fuel savings and reduction in CO2 emissions. Jotun, which has to its credit quite a few breakthroughs in production of tin free paints and coatings, has on offer a bouquet of products, each endowed with properties to effectively prevent corrosion and fouling of any vessel. The company claims that each of its product is the result of intensive R&D and practical experience. Besides product quality, the performance of a paints company depends on how well it involves itself with shipbuilders from the planning stage of new constructions through the entire life of vessels. This is one sure way of offering most cost-effective coating protection to vessels for their entire life.
Indian manufacturing units mostly make primers. But they do not have the technology to come with a product like universal primer from the stable of International Paint that reduces the complexity of coating operations. “There, however, is a market for everything. Our primer is okay for barges and boats on inland water transport service,” says a local primer maker. For the world industry leaders the search continues for new raw materials like mineral fibres with potential to improve the performance of coatings.

 
Stunning performance from an industry legend
International Paint Ltd. has proudly announced it has achieved full type approval and proven in-service performance for its outstanding anticorrosive coating Intershield®300.
Intershield®300 was recently awarded the first Lloyd’s Register IMO PSPC Type Approval Certificate for Cargo Oil Tanks. Barry Robison, worldwide marine market manager, International Paint said,“Type approval in cargo oil tanks is a very important achievement for us. We recognize the importance of the IMO PSPC [International Maritime Organization Performance Standard for Protective Coatings] in extending the reliability and lifetime of cargo oil tanks in crude oil tankers and have been working hard to ensure our coating systems are compliant.
We’re particularly pleased that the first Lloyd’s Register Certificate has been awarded to our premium anticorrosive, Intershield®300 and are confident that with an existing, proven track record, this product will continue to provide very high levels of newbuilding productivity and in service performance.”
 
SERIES OF FIRSTS
Type approval certification for Intershield®300 is yet further affirmation of its corrosion prevention capabilities. The certification is just the latest in a series of ‘firsts’ for Intershield®300 which includes not only regulatory approvals but also proven 15 year in-service performance. In 2008 Intershield®300 was the first anticorrosive coating to
be awarded Lloyd’s Register type approval, under the IMO’s PSPC regulations for seawater ballast tanks. In 2010 the high performance and durability of Intershield®300 was proven in service at the third special survey of the 73,222dwt Panamax bulk carrier Eleranta, when a Lloyd’s Register surveyor confirmed the double bottom tanks of the vessel to be in “good condition”. The 15-year-old bulk carrier, built at Samsung in 1995, had Intershield®300 applied to her ballast tanks when she was built.
In March 2012, impressive 15-year cargo oil tank protection became evident on board the 301,653dwt crude oil tanker, Samco Raven, which underwent her third special survey at Yiu Lian Dockyard (Shekhou) in China. “After 15 years, the coating is in very good condition, in fact better than good,” said Francois Rascle, the V Ships France SAS Superintendent who oversaw the tanker’s drydocking. “The tanktops are in excellent condition with very few areas of breakdown,” he commented.
With a track record on over 12,000 vessels since 1988, the legendary Intershield®300 sets an industry benchmark in proven anticorrosive performance. This unique, abrasion resistant, (>9%) aluminium pure epoxy coating, offers long term asset protection, control of through life maintenance costs, excellent application properties and low temperature workability.

 
Complete Fouling Release Concept Flexible proven performance: a case story
After almost 60 months in service, the VLCC (very large crude carrier) Marjan — managed by Mideast Shipmanagement — came back to dock for survey and the necessary hull treatment. In the following, Hempel’s Torben Rasmussen, group product manager explains the challenges, but also the technical solutions for maintenance of a VLCC like Marjan.
While in service, a critical requirement is to arrive on time. Loss of speed due to hull fouling can result in delayed arrival times, increased engine wear and fuel consumption, with consequently elevated emissions. It is therefore crucial that the fouling control coating during operation show high fouling prevention capacity even during idle periods.
Modern fouling control coatings are an integral part of today’s ship operation and, since Marjan was built ten years ago, the world has moved from first-generation fouling release coatings (FRCs) to third-generation FRCs, based on low-friction hydrogel technology.
With IMO’s SEEMP (Ship Energy Efficiency Management Plan)
becoming mandatory from 1 January 2013, many shipowners and operators have already now set their own environmental targets in order to operate more energy efficient and reduce their CO2 emissions. Finding effective ways and solutions to meet these targets can though be a challenge. And that’s where Hempel’s complete fouling release concept can help.
 
INVISIBLE HULL COATING WITH HIGH FUEL SAVING POTENTIAL
A leading supplier of marine and industrial paints, Denmark-based Hempel has developed a highly effective fouling release coating system. Based on pioneering hydrogel technology, Hempasil X3 fools fouling organisms (from biological slime and seaweed to barnacles) into thinking a ship’s hull is liquid, essentially rendering the hull invisible so the organisms don’t attach. The result — a clean hull that sails smoothly through the water — means less fuel is needed to propel the vessel because there is less friction.
In fact, Hempel is so confident in Hempasil X3’s antifouling performance that it guarantees fuel consumption will decrease. And reduced fuel consumption means less CO2 is emitted, which of course results in a smaller carbon footprint. Furthermore, Hempasil X3’s biocide-free composition and minimal VOC level strengthen its environmental credentials and also ensure that solvent emissions are kept to an absolute minimum.
The longer the vessel is slime-free, the better its performance and operating budget. Now in its third generation, the proven Hempasil X3 formula provides a good return on investment and typically saves vessel operators between 4% and 8% in fuel costs within the first year of application.
 
POTENTIAL FOR MASSIVE CO2 REDUCTION
To back up Hempel’s fuel savings guarantee, the Hempasil X3 package also includes SeaTrend® software from Force Technology. An onboard reporting tool, SeaTrend® helps operators monitor Hempasil X3’s fuel saving effects for themselves.
Rasmussen believes that “this complete package has been key to gaining market recognition. The bundling of 1) the coating system, 2) fuel monitoring and 3) a fuel consumption guarantee is also a reflection of our own confidence in the coating systems performance.”
Hempasil X3 has been applied to more than 150 vessels: several container vessels, bulk carriers, tankers,VLCCs, navy vessels, fast ferries, cruise ships and now also to large LNG’s.
 
HOW TO MAKE A NON-STICK COATING STICK ?
When it first came to market, the Hempasil X3 package included the Nexus (standard) tiecoat for fully blasted hulls. Hempel has since introduced two new tiecoats to the Nexus range.
Streamlined drydock process For the Marjan, to the vertical bottom of which was applied a FRC silicone system five years ago, Nexus X-Tend is the solution developed as a tiecoat specifically for repair and touch-up of an existing fouling release coating before overcoating with
HEMPASIL X3. Hempasil Nexus X-Tend increases drydock efficiency by reducing the number of steps a vessel goes through in the dock.
“Nexus X-Tend makes using Hempasil X3 almost as simple as using a conventional antifouling coating,” says Rasmussen. “In the past, spot repair was time- consuming and complex and often
led to substandard results, such as poor adhesion between coats. But Nexus X-Tend reduces the number of steps in the repair and touch-up process of damaged areas, making it easier to paint over an old fouling release coating and thereby speed up the drydock process.”
 
One coat solution
On the flatbottom, Marjan previously had a conventional SPC antifouling. By using the patented Nexus X-Seal tiecoat the need for full-blasting was eliminated as Nexus X-Seal makes it possible to seal existing conventional biocidal antifoulings before the upgrade to Hempasil X3. Nexus X-seal is intended for situations where the anticorrosive system is still intact, such as Marjan docking for the first or second time after newbuilding.This solution can save shipowners between 40–45% compared with the cost of full-blasting and applying Hempasil X3 from scratch.
Unlike most other solutions on the market, Nexus X-Seal is a one coat solution. Not only does this significantly reduce the time and costs involved in drydocking, it also makes the conversion from a conventional antifouling system to a fouling release system very smooth. “You can say that our R&D team has succeeded in combining a linkcoat and a tiecoat into one single coat, which means big savings on application costs,” adds Torben Rasmussen.
 
AWARDS ACKNOWLEDGE HEMPEL’S REPUTATION
To date, Hempasil X3 has picked up five product awards including the internationally recognized Seatrade Award for the Protection of the Marine and Atmospheric Environment, the Ingeniørens Product Award, given by the Danish Society of Engineers’ magazine, the Frost & Sullivan Award for Product Differentiation Innovation of the Year and the Eurocoat Golden Coat Award for the best technical communication of a product. And in late 2010, Hempasil X3 won Lloyd’s List DCN Environmental Transport award.
The flexible and proven performance of the Hempasil X3 package offers an effective way of meeting increasingly stringent environmental regulations and reducing a vessel’s environmental footprint by minimizing fuel waste. Besides the Nexus’ tiecoats efficiency and high productivity during the maintenance work in dock also avoid wasting time.