In this Issue:
1. Project Spotlights
- Alternative Natural Rubber Production Pilot Plant Process Design
- Sludge Pretreatment System Alternatives; Technical and Economic Evaluation
2. Technical Discussion – Minimizing Process Risks – Maximizing confidence in Your Capital Investments
3. Safety Pause: Process Hazard Analysis (PHA) Leader Training Course
alternative natural rubber production pilot plant process design
The client, in joint cooperation with a tire industry consortium, was seeking to develop a process to produce an alternate source of natural rubber from the roots of the Russian dandelion or Taraxacum kok-saghyz (TKS) plant. There are two competing processes to obtain natural rubber and latex from the TKS roots. Natural rubber and latex are two different forms of rubber with different properties, different uses, and different markets. Natural rubber is the more important product for tire companies, and is meant to compete directly with natural rubber obtained from the rubber tree plant. Previous work on a process to obtain natural rubber from the TKS root had been done in the 1940s and some additional recent laboratory work had been conducted. Process Engineering Associates, LLC (PROCESS) was contracted to lead the process design effort of a new pilot plant using modern technology.
Based on the initial phase of the project, it was determined that custom equipment would be needed. Read more here to learn how PROCESS developed the design package.
sludge pretreatment system alternatives; technical and economic evaluation
Process Engineering Associates, LLC (PROCESS) was contracted to perform a detailed technical and economic evaluation of the critical operations associated with a sludge pretreatment system design to prepare a biological sludge stream for continuous processing through the thermal treatment system. Technical and economic evaluations were performed for alternatives associated with the following operations:
- Sludge Dewatering
- Sludge Drying
- Sludge dryer offgas organic removal
How many alternatives can you think of for sludge dewatering, drying and offgas removal? PROCESS evaluated 7 dewatering applications, 14 drying applications and 9 offgas removal alternatives. Follow the link here to learn about the alternatives evaluated.
Technical Discussion – Minimizing Process Risks – Maximizing confidence in Your Capital Investments
What is a “process design risk”? This is a risk associated with the process design that would result in the potential for a new or modified process to fail to meet the overall project objectives. Whether the objective is to produce a new material, scale up an existing process, optimize an existing process to create a better product, or simply produce a saleable product from an existing byproduct or waste stream, the decision to invest in the project assumes that a specified amount of capital investment will result in an expected amount of monetary return. Process risks, if not identified and managed early in the project, can easily jeopardize its success and result in significant disappointment for the project owner, investors, and even product clients. Some specific examples of process risk areas: keep reading
take a pause for safety – Process offers pha leader training course
PROCESS ENGINEERING ASSOCIATES, LLC is pleased to publicly offer a 3½-day PHA training course.
The purpose of the 3½ -day training course is to assist personnel at chemical plants, petrochemical plants, petroleum refineries, and manufacturing plants in becoming proficient in leading and documenting process hazard analyses (PHAs) by becoming familiar with various qualitative hazard review techniques and industry best practices for conducting and documenting PHAs.
Who should attend: Managers and engineers responsible for conducting PHAs at chemical plants, petrochemical plants, petroleum refineries, and manufacturing plants.
Detailed instruction of the following hazard review methodologies will be included in the course:
- Hazard and Operability (HAZOP)
- Failure Modes Effects Analysis (FMEA)
An introduction to Layer of Protection Analysis (LOPA) will also be included.
Select from the following course locations and dates:
|Houston / Kemah, Texas
805 Harris Avenue
Kemah, Texas 77565
|September 18 – 21, 2018|
Hampton Inn Philadelphia/King of Prussia
530 W. Dekalb Pike (Rt. 202)
King of Prussia, Pennsylvania 19406
|October 16 – 19, 2018|
9575 SW Locust Street
Tigard, Oregon 97223
|November 13 – 16, 2018|
|New Orleans, Louisiana
Hampton Inn & Suites New Orleans-Convention Center
1201 Convention Center Blvd.
New Orleans, Louisiana 70130
|December 11 – 14, 2018|
Cost: $2,350 per person*
*Attendees are responsible for all travel costs, including, but not limited to transportation, lodging, and meals, other than the lunches provided by the host
Click here for the course syllabus and registration information.
PROCESS offers a full range of Process Design and Process Safety Services to clients around the globe. Our services include conceptual process design; simulation and modeling feasibility studies; FEL-0,1,2, and 3 (Schedule-A process design packages); front-end-engineering design (FEED); debottlenecking; process optimization; on-site operations support; process safety training; safety program development; on-site process safety auditing, performance of hazard assessments; and other services designed to meet the needs of our clients.
Process Engineering Associates, LLC
700 South Illinois Ave Suite A-202
Oak Ridge, TN 37830
Call Us: (865) 220-8722