Bloch, Heinz P.

Hydrocarbon Processing Staff, Montgomery, Texas

Heinz P. Bloch resides in Montgomery, Texas. His professional career commenced in 1962 and included long-term assignments as Exxon Chemical’s Regional Machinery Specialist for the U.S. He has authored or co-written more than 750 publications, among them 22 comprehensive books on practical machinery management, failure analysis, failure avoidance, compressors, steam turbines, pumps, oil mist lubrication and optimized lubrication for industry. Mr. Bloch holds BS and MS degrees (cum laude) in mechanical engineering from the Newark College of Engineering (NCE). He is an ASME Life Fellow and was awarded lifetime registration as a Professional Engineer in New Jersey. He is one of 10 inaugural inductees into NCE’s Hall of Fame, which honors its most distinguished alumni.

Reliability: Finding a maintenance cost optimum

Bloch, Heinz P., Hydrocarbon Processing Staff

An Italian company is among those that design and build industrial machinery for the tissue industry.

Reliability: Don’t expect “yes” from someone authorized to say “no”

Bloch, Heinz P., Hydrocarbon Processing Staff

Our lead case revolves around a comprehensive text on oil mist. It was issued in 1998 with a dust cover showing three oil cans.

Reliability: A good time to do reliability upgrading from home

Bloch, Heinz P., Hydrocarbon Processing Staff

An experienced writer of technical procedures for many years, “KM” recently gave us a stunning glimpse of the probable volume of “ripe, low-hanging fruit” that still exists in some hydrocarbon processing facilities, ready to be harvested from home.

Highlights from a maintenance and reliability audit

Bloch, Heinz P., Hydrocarbon Processing Staff

Staffers in many plants in modern industry are assigned to job functions related to reliability assessment and implementation.

Reliability: Reliability engineering on offshore platforms

Bloch, Heinz P., Hydrocarbon Processing Staff

Offshore platforms have had their fair share of successes and failures over the years, and to say that their reliability experiences contain lessons for all of us is an understatement.

Reliability: Strainers and thoughtful testing: Piping initiatives worth considering

Bloch, Heinz P., Hydrocarbon Processing Staff

In two separate cases, foresight in the use of strainers on piping and following proper procedures for hydrostatic testing are recommended to preserve the integrity of offshore platforms.

Reliability: Consider successful pump redesigns: Start with a clean sheet of paper

Bloch, Heinz P., Hydrocarbon Processing Staff

You may recognize the “pre-owned” pump in FIG. 1 as an axially split, between-bearing, multistage model. Chances are that half of its impellers face right-to-left and half of them face left-to-right. In that case, there must be an internal seal or bushing that limits leakage flow from the pump’s higher- to lower-pressure sections. There must also be porting or piping that takes flow from the discharge of the lower-pressure section to the suction of the higher section.

Reliability: Things rarely heard at reliability conferences

Bloch, Heinz P., Hydrocarbon Processing Staff

We can only guess how many reliability conferences we have attended since accepting job offers in the refining or chemical processing industries. In my case, starting in 1965, it is somewhere between 60 and 80. If, in each of these conferences I listened to six presentations, the number of sessions attended is perhaps 400.

Reliability: When slow-rolling machines can cause failures, and how to avoid them

Bloch, Heinz P., Hydrocarbon Processing Staff

All the book learning in the world will fail if we do not use common sense. We could also say that we need to think things through and should recognize that intuitive logic can lead us astray. If that sounds like semantic banter, let us zero in on three practical field examples that illustrate the issues at hand.

Reliability: Improve condition monitoring with shock pulse technology

Bloch, Heinz P., Hydrocarbon Processing Staff

Shock pulse technology is generally well known to vibration analysts and reliability technicians. A handheld combination of sensor and display meter would typically be used to detect discontinuities in bearings and would respond to the impact of two masses. The resulting shockwaves will create a shock pulse of a certain magnitude that commonly manifests itself at a particular repeat frequency. The respective magnitude of relevant excursions and their trends can be observed by the person entrusted with the monitoring task.