jakub pluta - kpk.gov.pl · iznab sp. z o.o., jakub pluta, [email protected], +48.513.170.233 1....

Jakub PLUTA

R&D Engineer

Tel.: +48.513.170.233

E-mail: [email protected]

Skype: jakub.pluta

mailto:[email protected]


IZNAB Sp. z o.o., Jakub PLUTA, [email protected], +48.513.170.233

INDEX:

1. IZNAB profile

2. IZNAB services

3. IZNAB in R&D projects

3.1 InDeal (EE-13-2015)

3.2 URBANREC (WASTE-6a-2015)

3.3 InnoWEE (EeB-04-2016)

3.4 Heat4Cool (EeB-03-2016)

3.5 MAESTRI (SPIRE-06-2015)

4. IZNAB in H2020 Project proposals

5. IZNAB involved persons

6. IZNAB partners

7. IZNAB demosite

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1. IZNAB Profile

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IZNAB is capable of providing a specialized service in this field involve precise identification of our customers’ needs: from the selection (and supply) of promising raw materials & innovative techniques/processing technologies, optimized design & integration, up to the application and complete execution of solutions. Moreover, IZNAB has an extensive expertise in Industry IoT and Industry 4.0 solutions, on areas like Product Development, Process Development, Production Management, Integrated Plant Management, and Manufacturing System where advanced technologies are applied.

IZNAB is a dynamic SME specialized in advanced analysis of structures and/or materials performance, as well as processes optimization. IZNAB was founded in 2012 by five civil engineers with extensive experience in structural simulation, material science, optimization and numerical techniques.



2. Engineering – 1/2

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Energy performance analysis, Advance energy efficient design,

Simulation and optimization, Assessment and preparation methodology

for energy audits, Workability study and cost-effective analysis.

Expertise on LCA (Life Cycle Assessment), a technique to assess the

environmental and economical aspects and potential impacts

associated with a product, process or service



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Solutions for production organization and management, in developing

of middleware platform based on the IoT technology, based on: the

Effective Management system; Efficiency assessment tools; integration

with an Industrial Symbiosis methodology; and IoT Platform to facilitate

the concept implementation,

BPR – Business Processes Reengineering - holistic management

approach to align an organization business processes with wants and

needs of clients.

2. Engineering – 2/2



2. Consulting

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Economic Evolution:

Trust us for market intelligence, economic

development projects and infrastructure

programmes

Profit-making Technology Transfer:

Helping research centres and

technology-based companies turn their

IP into successful, marketable products

Leading-edge methodologies

Proof-of-concept research

Sustainable Business Improvement:

Promoting sustainable growth through innovation and market diversification

Identifying, analysing and synthesising market trends

Broad sectorial experience



3. R&D projects

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IZNAB is here!!!

TOP 10 list of SME’s in Poland



3. R&D projects

FP7/Horizon 2020

5 ongoing projects (EeB, SPIRE, EE,

WASTE) + 3 completed (EeB)

More than 70 Project proposals, and this

number is growing from day-to-day!

10-12 proposals for different calls per

year

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3.2. InDeal (EE-13-2015)

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InDeal – Innovative technology for District Heating and Cooling

URL: http://www.indeal-project.eu/

Project number: 696174

Project duration: 2,5 years

Total project budget: 1.992.726,25 €

Coordinator: Nicos Karcanias

The City University

(CITY)

InDeal project will offer an innovative solution turning the

current DHCS into a new next-level automated DHCS

that will guarantee the increase of the overall energy

efficiency of the system accomplishing fairly

distribution of heating and cooling among the

network’s buildings by:

• real-time energy consumption data gathering via AI

meters;

• identifying and evaluating the network’s buildings’

demand for heating and cooling depending to their

energy efficiency, energy consumption and type of

building (EDP tool);

• predicting the short-term and long-term weather

conditions and forthcoming need for heating and

cooling (EDP tool);

• monitoring and control the level of energy stored in

network’s storage stations and substations (SMT);

• 24/7 monitoring of the DHC system by a central control

platform and web/mobile platform for consumer;

• minimizing heat losses via novel pipe design solutions

and innovative insulation materials.

InDeal project’s importance for cities:

• New generation of DHC networks which are present mainly in cities

• Eco-friendly and cost-effective insulation materials for DHCS

providing more efficient networks

• Lower thermal energy production needs


http://www.indeal-project.eu/




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IZNAB role in InDeal project:

IZNAB is responsible for WP7. Dissemination, Exploitation & Training and also particpates actively in

WP1, WP2, WP3, WP4, WP5, and WP6

Its contribution was / are / will be focused on

Life Cycle Assessment (LCA/LCCA)

Market research and Marketing strategy development

Development of Training Modules

System specification and design of DHC

Development of a unified distributed/multilayer modelling and design framework

Development of artificial intelligent meters for DHC

Development of necessary ICT architecture for the operation of overall system

3.2. InDeal (EE-13-2015)



3.3. URBANREC (WASTE-6a-2015)

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URBANREC – New approaches for the valorisation of URBAN bulky waste into high added value RECycled

products

URL: http://urbanrec.aimplas.es/


Project duration: 4 years


Coordinator: Raquel Giner

AIMPLAS Instituto Tecnologico del Plastico

(AIMPLAS)

URBANREC project aims to:

• improve the separation and disassembling of urban

bulky waste,

• implementing advanced fragmentation techniques to

obtain high quality raw materials,

• promoting innovative valorisation routes for those

considered more problematic (PUR foam, mixed hard

plastics and mixed textiles), not recycled due to lack

of eco-innovative cost-effective solutions.

The waste treatments considered in the project include:

• rebonding and chemical glycolysis for the PUR

materials, to prepare renewable adhesives,

• needle felt to obtain isolation panels from textiles,

• fibre reinforced composites from textiles,

• Wood-Plastic composites (WPC),

• catalytic hydro-gasification with plasma for mixed hard

plastics to obtain chemicals or fuel.

URBANREC project’s importance for cities:

• New cost-effective methods for treatment of urban bulky waste

• Possibility of reuse of waste

• Fuel or chamicals from urban waste

• High quality and cost-effective building materials from recycling


http://urbanrec.aimplas.es/


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IZNAB role in URBANREC project:

IZNAB particpates actively in WP1, WP2, WP4, WP6, WP7 and WP8


Societal issues – environmental, social, and economic feasibility study

Bulky waste management system’s adaptation for the selected regions

Overal system demonstration and market replication at system level

Drivers models and communication activities of waste avoiding behaviour, manufacturing, business and

public governance.

Contribution to Standards

Exploitation and IPR management

Training and technology transfer

3.3. URBANREC (WASTE-6a-2015)



3.4. InnoWEE (EeB-04-2016)

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InnoWEE – Innovative pre-fabricated components including different Waste construction materials reducing

building Energy and minimising Environmental impacts

URL: http://innowee.eu/




Coordinator: Adriana Bernardi

National Research Council

Institute of Atmospheric Sciences and Climate

(CNR – ISAC)

To Develop an optimized reuse of Construction and Demolition Waste

(CDW) materials producing high add value prefabricated insulating and

radiating panels to be used in Energy Efficiency Building.

• Recovery, disassembling, selection and recycling of CDW

• Development of new high performance prefabricated insulating

geopolymeric panels and radiating panels

• Manufacture a material that is cost effective, competitive, robust, reliable

and low maintenance

• Create pratical and sustainable building solutions easy to integrate into

building designs

• Evaluate the new panels performance in the demo sites characterized by

different climate conditions.

InnoWEE project’s importance for cities:

• Reuse of CDW which are produced in cities fast and in big amount

• Isolation geopolymeric panels will increase buildings energy efficiency

• Higher efficiency of urban heating, cooling systems

• Possibility of retrofitting historical buildings


http://innowee.eu/


3.4. InnoWEE (EeB-04-2016)

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IZNAB role in InnoWEE project:

IZNAB is responsible for WP7. Dissemination, exploitation and communication activities and also

particpates actively in WP1, WP5, WP6

Its contribution will be / are focused on

Identification of EU standards and regulations related to production of secondary raw materials (SRM)

Evaluation of environmental performance during the whole life cycle

Preliminary LCCA calculation

Evaluation of costs performance during the whole life cycle

Performance evaluation of the solutions in real buildings respect to energy, durability, comfort, and EU

standards

Business plan and market analysis



3.5. Heat4Cool (EeB-03-2016)

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Heat4Cool – Smart building retrofitting complemented by solar assisted heat pumps integrated withina self-

correcting intelligent building energy management system

URL: http://www.heat4cool.eu/




Coordinator: Marcello Aprile

Politecnico Di Milano

(POLIMI)

Heat4Cool proposes an innovative, efficient and cost-effective

solution to optimize the integration of a set of rehabilitation systems in

order to meet the net-zero energy standards.

The project develops, integrates and demonstrates an easy to install

and highly energy efficient solution for building retrofitting that

begins from the Heat4Cool advanced decision-making tool and

leads to the optimal solution combining:

• gas and solar thermally driven adsorption heat pump, which

permits the full integration with existing natural gas boilers to

ensure efficient use of current equipment,

• solar PV assisted DC powered heat pump connected to an

advanced modular PCM heat and cold storage system,

• thermal energy recovery from sewage water with high

performance heat exchangers.

Heat4Cool importance for cities:

• Better energy efficiency of buildings

• Clear energy sources for heating and cooling for buildings

• Lower carbon dioxide emission


http://www.heat4cool.eu/


3.5. Heat4Cool (EeB-03-2016)

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IZNAB role in Heat4Cool project:

IZNAB is responsible for Task 6.5 Life Cycle Analysis and also particpates actively in WP1, WP2, WP3,

WP4, WP6, and WP7

Its contribution will be / are focused on

Full consultancy considering Polish legislation, standardization protocols regarding building retrofitting,

net-zero framework

Contribution to system modeling, design and implementation at Polish demo-site

Energy audits, and execution of retrofitting plan for demo-site and monitoring

Integration of HVAC solutions

Contribution to Dissemination, Exploitation and Communication activities

Business model, replication potential, and market analysis



3.1. MAESTRI (SPIRE-06-2015)

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MAESTRI – Energy and resource management systems for improved efficiency in the process industries

URL: https://maestri-spire.eu/ Project number: 680570



Coordinator: Marco Estrela

Instituto de Soldadura e Qualidade

(ISQ)

MAESTRI project provides a management system in the form of a

flexible and scalable platform to guide and simplify the implementation of

an innovative approach, the Total Efficiency Framework. The overall

aim of this framework is to encourage a culture of improvement within

process industries by assisting the decision-making process,

supporting the development of improvement strategies and helping define

the priorities to improve the company’s environmental and economic

performance. Its development and validation will be achieved through

application in four real industrial settings across a variety of activity

sectors.

The Total Efficiency Framework will be based on four main pillars to

overcome the current barriers and promote sustainable improvements:

• an effective management system targeted at process and continuous

improvement;

• efficiency assessment tools to define improvement and optimization

strategies and support decision-making processes;

• integration with a toolkit for Industrial Symbiosis focusing on material

and energy exchange;

• a software Platform, based on the Internet of Things (IoT), to simplify

the concept implementation and ensure an integrated control of

improvement process.

MAESTRI project’s importance for cities:

• Improvement in resources and energy efficiency in

industry;

• Increasing overall energy efficiency of cities, mainly in

industrial regions;

• Improvement in waste management.


https://maestri-spire.eu/




3.1. MAESTRI (SPIRE-06-2015)

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IZNAB role in MAESTRI project:

IZNAB is responsible for WP7. Exploitation and Sustainability actions and also particpates actively in

WP1, WP2, WP4, WP6, and WP8


IoT platform usage scanarios & Business cases

Efficiency framework concept and Eco-efficiency methodologies and tools analysis

Exploitable assets for replication strategy & Business modeling and planning

Definition of the environmental assessment approach

Key factors and gap analysis for Insustrial Symbiosis (IS) & Library of case studies

Definition of the overall IoT platform architecture

Case-study pilots baseline characterization and KPI definition

Contribution to EU framework & Standardization

E. Ferrera, R. Rossini, A. J. Baptista, S. Evans, G. Große Hovest, M. Holgado, E. Lezak, E.J. Lourenço, Z. Masluszczak, A. Schneider, E.J. Silva, O.

Werner-Kytölä, M.A. Estrela Toward Industry 4.0: Efficient and Sustainable Manufacturing leveraging MAESTRI Total Efficiency Framework (2017)

Sustainable Design and Manufacturing 2017. SDM 2017. Smart Innovation, Systems and Technologies, vol 68. Springer,

https://link.springer.com/chapter/10.1007/978-3-319-57078-5_59












4. H2020 Project proposals participations

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Involvement of IZNAB in project proposals (some example of H2020 – 2017/2016/2015 round of calls): TECHCUSTOM – TECHnologies and life cycle management for fast-reconfigurable CUSTOMised products;

LIGHT2ROLL – Development of roll to roll sleeves texturing process and machine for the production of polymer films with smart functionalities;

ELISA – Innovative adaptations of the ORC technology for the valorisation of Energy intensive industries residua heat for the production of compressed

air;

COH EFFICIENT 2 – New business model for massive transition toward energy-efficient of old buildings through large scale adaptable refurbishment

solution using original financial solution;

LATEXT – Functional surfaces on injection molded polymer parts by surface texturing of injection molds;

MULTI TO ZeroE – A multi-criteria methodology to promote large-scale net-zero energy building renovation strategies;

SUNBURST – Innovative Hybrid Cycle for Cost-Competitive Solar Thermal Electricity Generation with Improved Flexibility;

BLU-OCEAN – Multifunctional Nano-Enabled Coatings System for Enhanced Corrosion Protection;

BOSS – Use of BIM for the Optimisation of energy efficient refurbishment Solutions including historic buildingS;

EUPHORIC – Expanding co-evolUtion concept to workers to enhance wORk In faCtories;

HiPerFoams – High-performance thermal insulation system based on mineral polymer foams and super-hydrophobic coatings technology;

INTERSECT – Integrated site management through Big Data Analytics and holonic simulation systems: where process industry meets real time

optimisation;

LABERRI 4.0 – Eco-design of new and existing furnaces for energy intensive industries through an Open Source IT Platform;

OverALL – OverALL approach for an integrated smart production scheduling and logistic data monitoring and management system in Ferrous and Non-

ferrous Sectors for the production of Automotive and Aeronautic;

SENSATIONAL - advances in energy-efficient materials based on thermal insulation mortars and nanomaterials for reduced energy consumption and

increased environmental comfort;

EffiHeatIn – Innovative replicable and adaptable heat pump for efficient heat recovery in the process and manufacturing industry;

FACTUS – Fostering additive capabilities through unique solutions;

rHELIOS – Residential district retrofitting through High Energy cost-efficient and Low Invasive interventions, Optimizing Solar resources;




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Emil LEZAK holds a Ph.D. degree in Chemistry, focused in

Complex/Polymer Materials, from the CBMiM, PAN (Centre of Molecular and Macromolecular Studies, Polish Academy of Sciences) of Lodz, Poland. He posses also Engineer degree in Protection of Environment from Technical University of Lodz, Poland.

He has a good knowledge of the R&D processes and products (over 8 years in R&D departments – Poland/Spain) in the field of novel multifunctional complex nanomaterials, related to the energy and environmental sector. His interdisciplinary experience allow to him to use the software for simulation and optimization of various source of energy system. During his intensive professional career he has obtained

multidisciplinary expertise and skills related to project management, business modelling and market analysis, IPR management. Furthermore, his strong characteristic are able to effectively take decisions and to interact with different partner profiles, including small

enterprises, large industrial players, academic institutions and public bodies.




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Anna BORTKIEWICZ is a graduate of Poznan University of Technology in

Environmental Engineering. Holds title of Engineer and completed Master

of Science in Thermal Energy Systems at University of Seville.

Specializes in energetic audits and technological solutions for industrial

and residential purposes. Participated in European Project under 7th

Framework programme called OMSoP, with a successful publication

about methodology that finds potential markets for small-sacle solar

systems.

Is highly motivated with a positive attitude. Her communicative and

decisive skills are useful in cooperation and brings about successful results.




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Jakub PLUTA is a graduate of University of Life Science in Lublin

(Poland) in Environmental Engineering. Holds a title of Engineer and is

completing Master of Science at Lublin University of Technology with

the area of HVAC systems.

He has experience in HVAC installations and networks design, also

based on solar energy and heat pumps.



6. IZNAB partners

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7. IZNAB demo sites

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Thank you for your attention!!!

http://www.iznab.pl/

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http://www.iznab.pl/

jakub pluta - kpk.gov.pl · iznab sp. z o.o., jakub pluta, [email protected], +48.513.170.233 1....

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