Innventik is part of Club Camara – Commerce Chamber (Cantabria-Spain)
Madrid, Spain. August 1, 2021. Innventik is now an active member of “Club Camara” (Commerce Chamber – Cantabria Spain). Club Camara is a Spanish platform, that will enable Innventik to offer its Consulting, Engineering and Bsiness Development services.
Boletín Servicios Asociados Cámara de Comercio de Cantabria (camaracantabria.com)
Innventik Engineering’s solutions for the Chemical, Polymer, Elastomer & Rubber Industries
Mexico City. June 1, 2020. Innventik Engineering announced its comprehensive services including Process Assessments, Basic and Detail Engineering, FEEL, FEED, PDP, BEDP, EPC. The firm specializes in developing new plants but also optimizing existing plant designs to maximize product quality, flexibility, and cost:
- Process Assessments: To optimize industrial production plant operation and organization, we record your actual situation, simulate parameters that affect the process, and propose the optimum cost-benefit solution.
- Capacity Expansions: We create a model-based concept to introduce new products by determining mass-energy balances for different capacities, identify bottlenecks, and generate flexible scenarios with recommendations.
- Process Design: We will tell you how to develop and implement your idea at your industrial site, including optimal reaction design & connection, temperature profiles, simulation, and recommendations.
- Concept Engineering: We will analyze the best technologies to apply, the process units, utilities, flow diagrams,3D system layouts using static and dynamic process simulations to screen process alternatives.
- Economic Estimates: We estimate the cost based on mass-energy balances, as well as profitability, investment estimates and operation/maintenance costs.
- Basic and Detail Engineering: We provide a comprehensive Process Design Packages (FEED) as input for Detail Engineering: Material & Energy Balances; Process flowsheets; Sizing of main equipment; Heat exchangers rating; Specification of effluents; Piping & Instrument Diagrams; Mechanical data sheets; Instrumentation; Plot plans & hazardous areas; Control and safety devices
- Process Package for Plant Construction: Complete information including Equipment purchasing; Heat exchangers rating; Piping, instrument, electrical & civil works layouts; Isometrics & stress calculation; Detailed drawings; Cost & schedule control; Startup procedures
Some examples of Engineering Projects developed with our client’s technologies include Synthetic Rubber (BR, SSBR); ABS; SAN; Styrene-Acrylate Emulsions; Bio-Butanediol; Bio-Acetoin; Bio-Butadiene; Bio-Methyl-Ethyl-Ketone; Graphene Oxide Semi-industrial Process; Food grade Sodium. Potassium, Calcium Phosphates; Feed Grade Calcium Phosphates Sulfuric and Chlorine process; Food grade Phosphoric Acid SOLVEX Process; Water Treatment Solutions
Some examples of Process Improvements Projects include Phosphoric Rock attack Process Sulfuric & Chlorine process; Calcium Phosphate Process efficiency; Hexametaphosphate thermal efficiency; ABS (White, high gloss, high impact), Carbon pelletized
For more information please contact:
INNVENTIK ENGINEERING S.A. de C.V.
Periferico Blvd. M. Avila Camacho 182
Reforma Social – Lomas
CP 11650. Ciudad de México. MEXICO
www.innventik.com
info@innventik.com
Innventik Engineering: Always at your by site!
Innventik Engineering new offices in Mexico City
Mexico City. September 1, 2019. Innventik Engineering opened new offices in Mexico City, due to its remarkable growth with customers around the world over the last 2 years, based on its highest quality/cost policy, with increased effectiveness shortening project times. “We will continue providing a complete suite of Engineering Services including FEEL, FEED, PDP, BEDP, EPC, Basic, Detail Engineering and Process Assessments for the Chemical, Polymers, Plastics, Elastomers and Rubbers industries.
The new address:
INNVENTIK ENGINEERING S.A. De C.V.
Periferico Blvd. M. Avila Camacho 182
Reforma Social – Lomas
11650. Ciudad de México. MEXICO
Innventik Engineering: Always site by site!
Innventik Tech Intelligence Report: SSBR-F Technologies for High Performance Tires
Technology Overview: Solution SSBR Functionalized (SSBR-F) Technologies for High-Performance Tires 2019
Innventik Technology Intelligence Report
By Dr. Walter Ramirez
Introduction: SSBR for High-Performance Tires (HPT).
SSBR use in Tires is expanding as low rolling resistance tread applications increase into both high and mid-performance consumer tires as well as commercial tires. Portfolio of products for global tire market is expanding towards High-Performance tires. To reduce emissions targets, automotive manufacturers must reduce a vehicle’s emissions during its life-span. Tire manufacturers are targeting LRR & HPT, as reflected in the market & technology trends. LRR relevance has increased worldwide because of an eco-friendly fuel consumption reduction, and CO2 emissions trend. The report reviews the basic concepts for High-Performance Tires (HPT), regulations, Magic Triangle Low Rolling Resistance challenges and design parameters.
SSBR Functionalization Strategies.
SSBR Functionalization strategies include Chain end Functionalization (Omega-Functionalized, Alfa-Functionalized, Alfa-Omega Functionalized) and Along the Chain Functionalization. Specific technology for tailored macrostructures and a full range of polymer microstructures (Tg). are being designed, with multiple functionality variations. End-chain Functionality products are still the dominant products in the market. Functionalization along the chain (and combined) improves the efficiency of dispersion of silica and carbon-black, but might generate collateral issues with crosslinking and filler interaction. The use of chemical coupling improves processing and performance balance. Oil extension for a mix of tire performance and processing properties are relevant.
SSBR-F Relevant Technologies and Companies.
The technology dashboards for SSBR-F Technologies and Companies (Trinseo, Michelin, Bridgestone, Continental, Goodyear, Arlanxeo, JSR and Asahi) are presented (Innovation Rate, Annual Technology Filing Strategies, Most Cited Patents, Highest Market Valued Patents, Cell Diagrams, Technology Landscape Maps, Relevant Technologies and Patent Lists, per company).
CONTENTS
1. Introduction: SSBR for High-Performance Tires (HPT).
1.1. Tire Manufacturers unmet Needs & Issues: Overview
1.2. Tire Manufacturers Regulations and Labeling System
1.3. HPT Basic Concepts
1.3.1. Magic Triangle
1.3.2. Styrene-Vinyl Balance
1.3.3. Main Polymer Types
1.3.4. Rolling Resistance
1.3.5. Reinforcing Nanofillers & Silanes
1.3.6. Morphology and Viscoelastic Properties
1.3.7. Rheology Modifiers
1.3.8. Liquid Rubbers
1.3.9. Elastomer Nanocomposites
1.3.10. Sustainable Monomers
1.3.11. Technological Trends
2. SSBR-F Functionalization Strategies.
2.1. Challenges
2.2. Basic Approaches
2.3. Non-Functionalized SSBR
2.4. Chain end Functionalized SSBR
2.5. Omega Functionalized SSBR
2.6. Alfa Functionalized SSBR
2.7. Alfa-Omega Functionalized SSBR
2.8. Along the Chain Functionalized SSBR
2.9. Other Approaches
3. SSBR-F Relevant Technologies and Companies
3.1. General Overview
3.1.1. Annual Geographic Filing Strategy
3.1.2. Innovation Rate
3.1.3. Technology Focus (IPC)
3.1.4. Important Patents and Evolution
3.1.5. Portfolio Analysis and valuation
3.1.6. Overview Cell Diagram
3.1.7. Overview Landscape Map
3.2. Trinseo
3.2.1. Main product grades overview
3.2.2. Synthetic Rubber generations
3.2.3. Innovation Rate
3.2.4. Annual Technology Filing Strategy
3.2.5. Most Cited Patents
3.2.6. Highest Market Valued Patents
3.2.7. Cell Diagram
3.2.8. Technology Landscape Map
3.2.9. Technology Overview
3.2.10. Main Functionalization Technologies
3.3. Michelin
3.3.1. Innovation Rate
3.3.2. Annual Technology Filing Strategy
3.3.3. Most Cited Patents
3.3.4. Highest Market Valued Patents
3.3.5. Cell Diagram
3.3.6. Technology Landscape Map
3.3.7. Relevant Patent List
3.4. Bridgestone
3.4.1. Main product grades overview
3.4.2. Innovation Rate
3.4.3. Annual Technology Filing Strategy
3.4.4. Most Cited Patents
3.4.5. Highest Market Valued Patents
3.4.6. Cell Diagram
3.4.7. Technology Landscape Map
3.4.8. Relevant Patent List
3.4.9. Technology Overview
3.4.10. Main Functionalization Technologies
3.5. Continental
3.5.1. Innovation Rate
3.5.2. Annual Technology Filing Strategy
3.5.3. Most Cited Patents
3.5.4. Highest Market Valued Patents
3.5.5. Cell Diagram
3.5.6. Technology Landscape Map
3.5.7. Relevant Patent List
3.5.8. Main Functionalization Technologies
3.6. Goodyear
3.6.1. Innovation Rate
3.6.2. Annual Technology Filing Strategy
3.6.3. Most Cited Patents
3.6.4. Highest Market Valued Patents
3.6.5. Cell Diagram
3.6.6. Technology Landscape Map
3.6.7. Relevant Patent List
3.6.8. Main Functionalization Technologies
3.7. Arlanxeo
3.7.1. Innovation Rate
3.7.2. Annual Technology Filing Strategy
3.7.3. Most Cited Patents
3.7.4. Highest Market Valued Patents
3.7.5. Cell Diagram
3.7.6. Technology Landscape Map
3.7.7. Relevant Patent List
3.7.8. Main Functionalization Technologies
3.8. Asahi
3.8.1. Innovation Rate
3.8.2. Annual Technology Filing Strategy
3.8.3. Most Cited Patents
3.8.4. Highest Market Valued Patents
3.8.5. Cell Diagram
3.8.6. Technology Landscape Map
3.8.7. Relevant Patent List
3.8.8. Main Functionalization Technologies
3.9. Nippon Zeon
3.9.1. Innovation Rate
3.9.2. Annual Technology Filing Strategy
3.9.3. Most Cited Patents
3.9.4. Highest Market Valued Patents
3.9.5. Cell Diagram
3.9.6. Technology Landscape Map
3.9.7. Relevant Patent List
3.9.8. Main Functionalization Technologies
3.10. TSRC
3.10.1. Innovation Rate
3.10.2. Annual Technology Filing Strategy
3.10.3. Most Cited Patents
3.10.4. Highest Market Valued Patents
3.10.5. Cell Diagram
3.10.6. Technology Landscape Map
3.10.7. Relevant Patent List
3.10.8. Main Functionalization Technologies
3.11. JSR
3.11.1. Innovation Rate
3.11.2. Annual Technology Filing Strategy
3.11.3. Most Cited Patents
3.11.4. Highest Market Valued Patents
3.11.5. Cell Diagram
3.11.6. Technology Landscape Map
3.11.7. Relevant Patent List
3.11.8. Main Functionalization Technologies
3.12. Conclusion.
3.13. References
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2nd Stakeholders Izadi Advisory Group Meeting
Bilbao, Spain. April 19, 2019. The second meeting of the Stakeholders Advisory Group (SAG) of IZADI-NANO2INDUSTRY project was held on April, 19th in Bilbao (ES). On that occasion the project partners had the opportunity to present the results achieved in the project framework to the involved experts, Walter Ramirez – Chief Innovation Officer, Founder – Innventik S.L. and Yolanda De Miguel – Director of Tecnalia Nanotechnology Cluster, and to discuss with them how to improve their commercialization and exploitation strategies. http://www.izadinano2industry.eu/2nd-stakeholder-advisory-group-meeting/#!
Innventik’s Coaching Sessions to accelerate Pulverit’s Innovation and Commercialization
February 2019. Milano, Italy. Pulverit’s Commercial and Technology teams (Italy, Spain, Portugal), participated in a series of “Coaching sessions” lead by Dr. Walter Ramirez, focused on the analysis of attractive market segments and of the technology landscape in Powder Coatings. A technology-market-innovation approach was proposed to accelerate commercialization of Pulverit’s “Pulvercoat”, a novel low curing temperature and energy efficient powder coating “3 minutes at 120ºC”. Meetings including the participation of experts in coatings, were carried out in Milano, Bilbao and Donostia.
Visit Innventik here: http: //innventik.com/en/Pulverit https://innventik.com/en/Pulverit
Innventik present at Innovation Forum Euskadi 2018
Innventik present at Innovation Forum Euskadi 2018
Bilbao, Spain, November 9, 2018 –Innovation Forum seeks to build bridges between academia, industry and policy makers. Dr. Walter Ramirez participated at the Innovation Forum Euskadi 2018 “Building Bridges between the clinical and technological worlds”, and had the honor to meet with personalities like Dr. Alan Barrell (Cambridge University), Dr. Chris Lowe (Cambridge University), Dr. Ipsita Roy (Westminster University), Dr. Yolanda de Miguel (Tecnalia), among others.
Innventik’s Greetings for 2019!
Santander, Spain. December 16, 2018. On behalf of the whole Innventik Team, thank you for your trust placed. In 2018 we continued progressing and strengthening our Consulting and Engineering activities worldwide. We look forward to continuing our collaborations in new successful projects.
“Innovation with Plastics for a Circular and Efficient Europe – Suschem & PlasticsEurope Workshop”. (Madrid, Spain, 27 September 2018)
Madrid, Spain, September 27, 2018 — Dr. Walter Ramirez participated at the workshop organized by Suschem and PlasticsEurope on “Innovation with Plastics for a Circular and Efficient Europe”, that took place in Madrid, Spain on 27-Sep. The workshop “innovation with plastics for a circular and efficient Europe in the use of resources” has analyzed innovation with plastics as a key strategy to achieve the future model of the circular economy, which should promote the appropriate conditions for the use, reuse, Recovery and recycling of plastic. The importance of the use of renewable and biobased materials was highlighted.