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PKG provides the disciplines needed to deliver custom corrosion or abrasion resistant equipment for chemical, pharmaceutical and food processing. From skidded systems to electrical controls, our knowledge of manufacturing processes leads to well-planned solutions that optimize your production. Before fabrication, our engineering department prepares design calculations and/or fabrication drawings to comply with ASME, API or specific customer requirements. ASTM C 1147 qualified plastic fabricators and ASME qualified welders and procedures offer you the highest quality in process equipment.
Easily moved from one location to another, our skidded systems are fabricated from a variety of thermoplastics or metals. We deliver fully integrated, pre-tested systems to your facility pre-assembled and ready for utility hookup or in easy-to-install modules to avoid costly downtime for plant operations.
System capabilities include:
- Chemical feed
Custom control panels:
ASME Pressure Vessels, Code Tanks, and Columns:
Custom designed for pressure and vacuum service, our ASME process equipment is manufactured in accordance with the latest editions of ASME Boiler and Pressure Vessel Code Sec. VIII, Div. 1 and are available in carbon steel, low alloy steel and high alloy steel.
Our custom process tanks may come with a variety of options: manways, ladders/platforms, baffles, sight glasses, internal coils, mixer bridges, spray headers, pumps, secondary containment, covers, heaters and controllers, skimming weirs, flexible or rigid liners, and more.
- Engineered to withstand corrosion, high temperatures and rugged shop use
- Fabricated from homopolymer and copolymer polypropylene, HDPE, PVC, CPVC, PVDF or Teflon, depending upon the application
- Rotationally molded tanks also available
- API 650 welded steel tanks for oil storage
- API 620 welded low pressure storage tanks
- Liners available in polypropylene, PVDF, PVC, HDPE, rubber, titanium and lead for corrosion resistance
- Licensed applicators of Koroseal
- One-piece construction
- Structurally designed for superior strength
- Corrosion resistance achieved through special resins
- Dual laminate tanks are available with PVDF, halar or polypropylene interior and fiberglass exterior
Other equipment and services:
- Batching equipment: chutes, elevators, hoppers
- Heat exchangers
- Jacketed reactors
- Polished equipment
- Pumping systems
- Ventilation systems
- Tank lining
- Tank repair
- Thermal & mechanical design


We’ve designed our vibratory drivers/extractors to be some of the hardest-working pieces of equipment in the industry. Durability and ease-of-use combine to provide you with the fastest way to drive or extract various pile materials with a minimal effort.
Our all-steel gear boxes are put to the test after fabrication to ensure that all welds are solid and dependable.
Keeping vibrations minimized helps to maintain the superior quality of our vibratory drivers, as well as keeping percussion to a minimum on the job site.
The heart of our hammers needs to be reliable and tough. We use high-quality alloy steel to ensure superior tooth strength and longevity.
Quality bearings keep things running smoothly to eliminate product failure downtime.
Exceptional quality goes into all of our hydraulic motors and pumps to provide consistent quality and maximum torque.
We have partnered with foundries that specialize in all-steel castings to provide the most durable clamp housings.
Environmental impact is always top of mind with our products. Our superior die-cut covers, gear case cover gaskets, and 5,000 PSI clamp seals ensure our vibratory hammers
are completely free from oil leaks and can be safely used in underwater applications without worry.


We have three lubricant blending plants (two in Singapore, one in Vietnam) producing a wide range of lubricants for automotive, industrial and marine applications. Our lubricant products are marketed under the brand name of AP Oil, SIN-O (literally signifying Singapore Oils) and Polaris.
我们共有三间润滑油工厂，两间在新加坡，一间在越南胡志明市。工厂调配生产各系列润滑油供车辆、工业及船舶使用，以 AP Oil 和 SIN-O （意即“新加坡油”） 为品牌在市场推广。
Specialty Chemicals 特殊化工品
Specialty chemicals are produced by two of our fully owned subsidiaries namely A.I.M Chemical Industries and GB Chemicals. Please refer to their website www.aimchem.com.sg (A.I.M Chemical Industries) / www.gbchemicals.com.sg (GB Chemicals) for products information.
集团属下有两间全资子公司负责生产特殊化工品，分别为A.I.M化工和GB化工。欲了解更多产品详情，请浏览以下网站：A.I.M化工 www.aimchem.com.sg , GB化工 www.gbchemicals.com.sg。


Oliefilter AMC 1958-1959. Pro-tec by WIX oil filters hold more than 45 Percent more dirt than the leading national brand. We could stop here, but we’re sure you want to know why. Oil filter effectiveness is measured three ways: particle size retention (filtration efficiency), dirt-holding capacity, and resistance to flow. WIX has developed optimum particle size retention quality in filter media through extensive engine wear tests in the real world, at the race track and in the lab. In fact, WIX media in automotive full-flow oil filters traps and holds essentially all particles larger than 25 Microns (a human hair is roughly 70 Microns in diameter), while capturing a high Percentage of even smaller particles. The dirt-holding capacity of WIX filters is significantly larger than the minimum manufacturer requirements between oil changes, which provides you with added security that contaminants captured by the filter stay in the filter. All WIX full-flow oil filters for automotive and light truck applications use arch-pleated, prescription-blended media, which provides low initial restriction to oil flow – less than 2 PSI pressure drop when filtering oil at a rate of 4 Gallons Per Minute at normal operating temperatures.
Diameter (IN): 3.66 Inch
Height (IN): 5.178 Inch
Micron Rating: 21
Anti-Drain Back Valve: Yes
Filter Bypass Relief Valve: Yes


Customer of ours, hydraulic pump and motors manufacturer, claimed an high solid particles contamination level on testing items.
The particle analysis on hydraulic fluid used to test the produces items, showed that the contamination was mostly composed by small metal particles not coming from the tested items. Starting from this point, we tried to find out the origin of this contamination and we discovered that quite all this particles come from a procedure of sandblasting which pump and motor housing went through. Even if this parts, after this procedure, went through a washing procedure, they come out uncleaned. Checking the washing machine, we found that it was highly contaminated by the same particles found on the housings. The filtration system of the washing machine, was designed to block only big sized particles, with 80-100 microns rating filter medias. Smallest particles were able to pass this filters and remain in the system.
We choose to modify the washing machine filtration system, replacing housings and using new 10 microns elements. In this way the problem was solved.


OilFree - Polymeric Surfactant Technology for Removing Hydrocarbons
Ecologix OilFree Products remove hydrocarbons in virtually any application. The Polymeric Technology is applied to the OilFree Cartridges, Pads, Foam Media and Air Filtration Media for removing oils and hydrocarbons from wastewater and/or air. The OilFree solution removes oils and hydrocarbons from water, PCBs, BTEX, oily sheen, synthetic and natural oils, solvents and organically bound metals from water. Request a Quote
The OilFree bilge cleaning unit utilizes OilFree HRM technology for filtering oils, sheen, gas, diesel and other hydrocarbon fuels from bilge water. OilFree bilge cleaning units enable the boats and vessels to maintain less than 15 ppm of hydrocarbons in their overboard bilge water discharge.
This new coalescing technology has proven extremely efficient in removing free and emulsified oils from water. This technology was originally developed to deal with the difficult fuel/oil/dispersant emulsions that must be removed from bilge water in order to certify with the International Marine Organization.
OilFree is a patented polymeric technology that is applied to all Oilfree filter cartridges and related technologies. The Oilfree solution removes hydrocarbons from water, emulsified polluants from water, PCB's, BTEX, oily sheen, synthetic and natural oils, solvents and organically bound metals from water.
The OilFree HRM Filter Bag incorporates OilFree Pillow Media as a packed column and exhibits hydrocarbon pollutant removal efficiency in the order of 90 - 99.9% in aqueous streams.
OilFree has the most technically advanced and efficient products for immobilizing oil available anywhere. All products are infused with patented OilFree technology and are designed for specific oil remediation tasks.
The OilFree air filtration membrane captures oily mists from air and permanently immobilizes the oily mists on the membrane surface at a low pressure drop.


digory kids' jacket - peacock green (3-4 years and 7-8 years left)
- digory is a warm, water-repellent and windproof puffer jacket made from lightweight polyester
- the jacket has a full-length front zip and two side pockets with fleece lining
- the yoke on the back of the jacket has reflective trim
- digory has a detachable hood with detachable faux fur trim and elasticated cuffs
- padded with polyester that provides good insulation
- the lining has been dyed using a solution dyeing technique. This technique saves up to 80% water compared to conventionally dyed fabric in the same material.
- PFC-free water-repellent finish


Stabilization. Solidification. Chemical Fixation. Chemical Oxidation.
The following treatment technologies typically offer significant savings when compared to off-site treatment and disposal. They offer economical treatment methodologies for treating heavy metals, solid organics, PCBs, and other waste streams.
Stabilization techniques limit the solubility or mobility of contaminants. To accomplish this, reagents or other specialized materials are blended with the soil and/or sludge. Stabilization ensures that the hazardous constituents are suspended in their least mobile or toxic form.
Solidification results in a solid, low-permeable block of contaminated soil. To accomplish this, reagents are utilized to mechanically lock the contaminants within the solidified matrix. This process significantly decreases contaminant migration.
This technology achieves the destruction of contaminants and creates non-hazardous materials. Similar to stabilization and solidification, chemical fixation requires the blending of reagents with the contaminated material. The reagents used during the mixing/blending process effect destruction or chemical bonding of the contaminant(s).
In-situ chemical oxidation (ISCO) is a cost-effective and viable remediation technology for the treatment of petroleum-based contaminants and VOCs in soils, sediments, and groundwater. Once a representative sample has been analyzed and the chemicals of concern are identified, bench testing is performed in order to determine the type and quantity of reagent to employ.