Established in 1984, Cost Effective Maintenance (CEM) provides cost effective methods to correct engine problems such as oil consumption, power loss, hard starting, smoke, poor fuel consumption, blow by and chronic overheating. In 2007, CEM were granted membership status with the Australian Government's Greenhouse Challenge Plus program, which requires members to commit to energy saving pursuits. Home About Us Solutions Products Case Studies News Links Smoke & Oil Consumption Chronic Overheating Power Loss & Poor Fuel Economy Hard Starting & Filthy Oil Prevention Maintenance Save on Repair Bills Performance/Economy FTC Decarboniser Cleanpower fuel Treatment Flushing Oil Concentrate AW10 Antiwear Maintenance Booklet bHIP Energy FOC & Cleanpower Value Pack FTC Decarbonizer Cleanpower Fuel Treatment Flushing Oil Concentrate AW10 Antiwear Discover The Secrets bHIP Energy Contact

Power Loss and Poor Fuel Economy?

Carboned up combustion and exhaust spaces (incl turbochargers) don't let the engine breathe efficiently, cause poor fuel atomization, and reduced turbo boost. Power loss and poor fuel economy result, but can be rectified with FTC Decarbonizer use.

Sticking piston rings cause substantial compression loss, impacting power and economy. Sludge and deposits reduce lubrication efficiency and cause extra internal drag. Flushing Oil Concentrate used in the oil for 30 minutes restores power and economy.

Fuel system sediments and other fouling deposits interfere with accurate fuel metering and correct fuel atomization. Marked power and efficiency losses can occur. Cleanpower Fuel System Treatment is the powerful, safe and efficient corrective measure, providing finer fuel atomization and improved power and economy.

Testimonial

Detroit 8V71. Site tipper work. Excessive idling and cool operating temperature caused power loss and blowby. FTC Decarbonizer made a marked difference to increase power and fuel economy. It also stopped the blowby. (George, Bay City Earthworks)

Flushing Oil Concentrate restores lost compression (& power) by freeing up stuck piston rings. Look at these compression figures from a Diahatsu Rocky Turbo Diesel...

Cylinder No

Compression (PSI) before Flush

Compression (PSI) after Flush

1

400

460

2

390

440

3

390

440

4

400

450