GEON ENGINEERS is an organization based in New Delhi providing Consulting, Technology, Outsourcing, and Industrial project services. It takes a multi-disciplinary approach and provides a complete range of services from concept development to commissioning for projects in the Energy area.

GEON is a professionally managed company with its strong intellectual capital of well-qualified result-oriented managers with vast experience in the industry. In the last few years of operation, the company has developed its expertise and now has its team of experienced accredited electrical & mechanical engineers, technicians and researchers, social scientists, environmentalists, marketing, and financial managers. 

In the management of the projects, the company depends a good deal on short-term consultants working on a full time or part-time basis. GEON has been fortunate enough to get the co-operation of some of the best experts in their fields. The company employs modern techniques of project management to ensure timely and speedy execution of the projects.

GEON team is drawn from various disciplines, like civil, chemical, electrical & mechanical engineering, infrastructure, economics, science, planning, management, etc. All the personnel have wide experience in their field and are from good universities and institutions. The company has an adequate working place with working staff, communication, and computational facilities and is strategically located in the capital city of Delhi.

The Company maintains regular contact with leading industrial, research, and academic organizations, working in the energy sector. A formal collaboration agreement is signed with these organizations for accessing their expertise either for an individual project or for working in specific areas. 

GEON portfolio of services encompasses a broad domain. Following are the strategic & technical projects areas of Energy where GEON is rendering its services: 

Geon is a professionally managed company regarded by its customer, employees, and vendors as dedicated to creating values by complete excellence. 

OUR MISSION 

GEON is committed to delivering innovative solutions through teamwork with sincerity to total customer satisfaction and contributing to the success of its customers.

GEON takes a multi-disciplinary approach and provides a complete range of services from concept development to commissioning of theEnergy Plants.Below given are the exact details of the supplies &services made by us:

SUPPLIES & SERVICES: 

The project profile will provide details on project system requirements, techno-economic feasibility, technical specifications, analysis of investment, production costs, cash flow, and profitability. Every relevant aspect of the project has been included in the profile. All relevant snaps of the projects, plants, and equipment are also included.

Based on the results of following analysis, the feasibility report shall be prepared to ascertain the technical feasibility and commercial viability of the project.

Project Background: To describe the project idea and major project parameters.To identify project promoters, financial possibilities and their role within the project.

Market and Plant capacity: To prepare the possible users industries supply and demand projections on international, zonal and country basis with special reference to major consumption zones.To  assess the growth rate in demand and supply over a period of next 10 years and the consequent picture of surplus/shortage.

To determine production programme based on anticipated sales. To determine plant capacity based on demand and market analysis.

Materials and Inputs: To study the available data on all the raw materials like tapes etc., their sources of supply, mode of transportation and  economics of procurement and to give material and energy balances of the project in order to assess the requirement of raw materials and utilities.

Location and site: To study the suitability of any proposed sites for the plant keeping in view the economics viability of raw materials, land, power, water and fuel, manpower, transport facilities, social infrastructure facilities, financial incentives, market, environment conditions, communication channels, etc.

Process: To evaluate the suitability of process for different products.To select the most optimized process for processing after due consideration of factors such as the available raw materials, equipment availability, capacity range, capital cost, energy requirements andTo give detailed description of process adopted.

Technology: To identify the sources of technology and to make complete arrangement of the foreign collaboration and agreements.

Technical concept: To recommend broad sizing of the major equipment and storage.To prepare a general layout of the plant and preliminary flowsheet based on the technical concept outlined above.

Plant organization and overhead costs: To assess the requirement of staff and workers at various levels for efficient running of the plant.To suggest a suitable organizational structure for the proposed plant.To determine overhead costs

Project implementation schedule: To prepare a bar chart for the project implementation.To enumerate the critical activities which would have a bearing on the realization of the schedule described above.

Financial and economic evaluation: To assess the total capital cost for the project through budgetary quotations and based on the technical concept discussed above.

To recommend a suitable financing pattern based on the understanding reached with the client. 

To  assess the total cost of production based on:

To ascertain the project profitability based on the cost of production as arrived at earlier and the sales realization occurring from the project.To assess the financial viability of the project based on the internal rate of return on investment/equity, pay-back period, break-even point and liquidity limit.

To prepare cash flow statements including working capital estimates, pre-operative cost, source and application of funds and other financial resources.To conduct a sensitivity analysis on the break-even point.

A detailed report has to be prepared containing following details on the project:

General:  Name, form of organization and other details; brief particulars of the project.

Promoters:Bio-data of the main promoters, brief write-up on other companies promoted by the promoters.

Particulars of the industrial concern:Brief history; list of subsidiaries; particulars of holding company; details of directors.

Particulars of the project: Details of the project in terms of the following:

Capacity:Specification of major products and by-products section-wise capacities for the major sections of the plant.

Process:Details of technical process, reason for choosing the particular process, copy of process flow charts with material balance, utilities and process parameters.

Technical arrangements:Technical arrangements made, write-up on the collaborator, copy of collaboration agreement, particulars of consultants.

Management:Proposed arrangements for executive management; particulars of proposed key technical, administrative and accounting personnel; proposed organization chart.

Location and land: Location of the plant, land requirement and the arrangements thereof, location advantages, particulars in respect of the land acquired/proposed to be acquired, location map, site plan.

Buildings:Arrangements for constructing the buildings, master plan, plan of buildings, particulars of architect.

Plant and machinery:Basis of selection of equipment, list of imported and indigenous plant and machinery along with detailed specifications, layout of the plant and machinery indicating the flow of material.

Raw materials: Requirement of raw materials, components, chemicals, arrangements made for obtaining the raw materials/chemicals.

Utilities:Details about power, details about water, lay out for water system, details for steam, lay out of the steam system, details for compressed air, fuel, etc., details for transport.

Effluents: Details of the nature of atmosphere, soil and water pollution and measures proposed for control of pollution.

Labour: Estimates of total requirements and availability of skilled and unskilled labour, plans for training of personnel, manpower development programme.

Schedule of implementation:Schedule of implementation showing the commencement and completion of the following:  acquisition of land, development of land, civil works, placement of order and delivery at site of plant and machinery (imported and indigenous), arrangements for power, arrangements for water, erection of equipment, commissioning, procurement of raw material and chemicals, training of personnel, trail runs, and commercial production; PERT chart.

Cost of project:estimate of  cost of the project under the following heads:  

Means of financing:  Means of financing envisaged divided as follows: Share capital, rupee loans, foreign currency loans.

Marketing and selling arrangements: Brief notes on the products, their major uses, scope of market, possible competition from substitute products, existing and futuredemand and supply of products, list of principal customers, selling arrangements made, proposed selling organization for direct sales, proposed selling agreements.

Profitability and cash flow:  Estimates of cost of production and working results for the first ten years of operation, cash flow statement for company as whole for ten operating years, projected balance sheet for ten operating years, brake even capacity level.

4.ALL CLEARANCES INCLUDING SUBSIDY, POLLUTION CONTROL, AND LICENSE: 

All necessary documentation for clearances/approvals necessary for the project and all other applications, write-ups, clarifications, etc., required by various authorities, at various stages of the project.

We can identify potential customers and obtain short term / long term Power Purchase Agreements, wheeling arrangements, or long term selling agreements. We facilitate investors to enter into MoU / PPA.

6.PROJECT FINANCE: 

Project Feasibility:

We take up pre-feasibility studies, techno-economic study, size study and detailed feasibility study. We do project formulation, cost benefit analysis and sensitivity analysis of projects with reference to variations in capital and operating cost, time and cost-over runs, changes in interest rates or exchange rates, escalation of material cost or product prices or overhead costs. 

Financial Structure: 

We work and plan meticulously every detail in financial structure including business valuation, risk analysis, investor and capital sourcing, debt financing and equity financing, equipment and raw material financing, etc. We work to suggest the most appropriate financial structure and matching financial institutions/agencies as per business needs and can negotiate with international development agencies, commercial banks, FIIs and others.

Financial Closure: 

We prepare the applications for equity and debt financing, including preparation of project appraisal report, project pitch, due-diligence, formation of syndicate, preparation / review of responses to queries of financial institutions, preparation and conclusion of preliminary term sheet, appraisal formalities, negotiation of terms and conditions of pre-commitment and sanction, review of common loan and securitization agreement and fulfilment of pre-disbursement conditions.

The Contractor shall be responsible for the development of the Executive Design for the Plants, in compliance with the Project Documents, the Technical Specifications and Prudent Industry Practices, and shall also be responsible for:

  (a) Complete civil and structure design of the biogas plant with all relevant drawings.

  (b) Electrical schemes.

  (c) Lists and specifications for equipment, materials, Spare Parts and accessories.

  (d) Operations and Maintenance Manuals and training;

  (e) Major Equipment warranties up to the Facility Acceptance Date and O&M Terms;

  (f) Quality control plan, (henceforth, Quality Assurance Plan or  QAP);

  (g) Any other document or certificate necessary to comply with the rules and requirements set forth under the Project Documents and as may be directed by the Competent Authority from time to time. 

  (h) The Contractor, while designing the power project, shall ensure that the Plants deliver the rated capacity.

We manage the basic development of P & I diagrams, plant layouts, equipment sizing, hazard studies, and optimization. We supply Basic Engineering, know-how, and Plant and machinery by following: Process Engineering, mechanical engineering, architecture, civil and structural engineering, utility engineering, Electrical engineering, Instrumentation engineering, piping engineering services, etc.

With emphasis laid on single-point responsibility, the company uses modern techniques for total construction management including selection of contractors, the material used and handling, store management, supervision, and monitoring of site progress till mechanical completion and pre commissioning checks.

We draw up an organizational plan, management structure, functional demarcation, and select & allocate proficient candidates for different jobs. We take up all types of services for efficiency improvement of operation of industrial assets: Marketing, Operational, Personnel, Technical & Purchasing Services.

In terms of the project report and proposed implementation schedule, Consulting Engineers will assist the client in drawing up an organizational plan, management structure and functional demarcation areas.

In addition, Consulting Engineers will assist the client in sourcing, interviewing, evaluation and selection of candidates to man the various positions in terms of manpower requirements envisaged in the Project Report.

This part of Consulting Engineers work will be completed before the plant commences commercial production.

Carbon Footprint & Strategy: 

GEON helps to draw up strategies to measure and manage GHG emissions and use this intelligence to cut down your carbon footprint. The team focuses on the potential of integration to meet current challenges and future opportunities. 

Carbon Offset Generation: 

In CDM / VCS, we undertake projects in various disciplines including but not limited to: Renewable Energy (Bio Mass, Hydro Power, Wind Energy, Solar Energy), Waste Heat recovery, Cogeneration & Captive Power Projects, Fuel Switch Scenario, Captive Power Projects and Energy Efficiency Projects. 

Our team offers full range of services, from strategy to solution implementation. We assist in project screening, due diligence, project origination & identification, preparation of Project Design Document (PDD, PCN/PIN). Under PDD preparation we will carry out the following tasks: establishing baseline, conduct environmental impact study, conduct the Monitoring & Verification Protocol, Conduct Stakeholder Consultation & address the comments thereupon. Host Country Approval (HCA from MoEF); facilitate Validation by a designated operational entity (DOE). 

Offset Transaction Services: 

Contracting for selling of CERs and VERs etc. Analysis and consulting to facilitate the creation of carbon credits from valid projects, aiding organizations to maximize commercial opportunities. Exclusive advisor to manage carbon assets; obtaining price bids, facilitating Emission Reduction Purchase Agreements (ERPAs).

A dairy farm owner, Poultry farm owner, Gowsala can set up of a biogas based power plant with 12 kW to 100 kW capacity. Plant will have to be installed as captive power plant. A Biogas plant will have to be installed to produce 100 CUM to 1000 CUM biogas per day.

Thermal application is done either by filling the compressed biogas in cylinders and then taking those cylinders to the application site. The main objective of the project is to set up a compressed biogas plant to sale the Bio CNG to the local users. The plant also produces organic manure in large quantity which can be sold in open market. Bio CNG is in good demand. Similarly organic manure is always in short supply. It is needed for fruits and vegetables and horticulture. The plant can be set up in a place where cow dung and Poultry droppings is available in large quantity.

Electrical power is generated at the biogas generation site. The plant size can have capacity of a few MW. The main objective of the project is to set up a biogas based power plant to sale the power to the grid via a long term PPA. Power produced from biogas and fed to the grid gets preferential rates. Biogas plant also produces organic manure in large quantity which can be sold in open market. Any amount of the power can be fed to the grid. Similarly organic manure is always in short supply. It is needed for fruits and vegetables and horticulture. The plant can be set up in a place where cow dung and Poultry droppings is available in large quantity.

1. Chanakya Dairy Products Limited, Mandi Govind Garh: 

The Company was set up in the year 1991 with the first Plant at Mandi Govind Garh. in the State of Punjab. The company manufactures Pure Ghee, Skimmed Milk Powder, Whole Milk Powder, Curd, Dairy Whitener, etc. From the initial installed capacity the Company has enhanced the processing capacity from time to time. The cogeneration project implemented by the company generates clean energy, steam and electricity, in a sustainable manner optimizing utilization of renewable energy source (Rice Husk) for captive use instead of coal. The project was not financially viable as the capital & operating cost of the activity was much higher compare to use of coal. The only solution was to avail the carbon credit benefits to compensate the financial risks. First task was development of project design document to prove the sustainability of carbon project. Validation of the process of independent evaluation of a project activity against the requirements of the GOLD STANDARD registration of project, i.e. the formal acceptance of a validated project as a GS project activity. Monitoring, Verification, Certification of GS project activity with issuance & realization of credits. By selling carbon credits the company will receive approximately INR 15 Crore over a period of 20 years.

They gave a contract to Geon for work on the development and design of a 2500 CU M capacity Biogas plant with 250 kW power generation capacity. Geon prepared a detailed project report and design for the project. Geon also got approval from the Ministry of New and Renewable Energy MNRE (Govt. of India) for a subsidy of Rs. 82.5 Lakh for the project. Under the project 5 fixed dome type biogas digesters of 500 CU M capacity, each was constructed and commissioned. The project work was supervised by Biogas Development and Training Centre (BDTC) Punjab Agriculture University (PAU), Ludhiana as per the direction of the Govt. of India. The total project cost was Rs. 4 Crore. The project was started in year 2011. The subsidy was finally released by Govt. of India in the financial year March 2014 after the successful commissioning of the project.  

Theyhad given a contract to Geon for work on the development and design of a 500 CUM capacity Compressed Biogas plant capacity. Geon has prepared a Detailed Project Report and Design of the plant. Geon has also obtained statuary approvals for the project. Geon has also got approval from the Ministry of New and Renewable Energy MNRE (Govt. of India) for the subsidy for the project.

They have set up a Biogas based Power Generation Plant. Geon worked on the development and design of the project. Ghuman Dairy has set up two biogas gas plants of 160 CU M capacity each. They have installed a Biogas based Generator set of 40 kW capacity. The plant is in a rural area. The power produced and the dry Bio-fertilizer is to be used in the dairy farm. The total finance expenditure for the project was Rs. 40.00 Lakh consisting primarily of capital expenditure. Geon has got approval from the Ministry of New and Renewable Energy MNRE (Govt. of India) for the subsidy for the project. 

M/s. K2 Power Renewal wants to set up a Biomass Gasifier Power Plant. They will set up one biomass gasifier plant of 2 MW capacity.The plant is in a rural area. The Power produced will sold to Haryana Power Purchase Centre, Govt of Haryana.A long term PPA has already been signed. The total finance expenditure for the project will be Rs. 1800.00 Lakh consisting primarily of capital expenditure. K2 Power Renewal has given the contract to Geon for work on development, and approval of the power project. Geon has prepared a detailed project report for the project. Geon is also working on Grading of the project for a loan from IREDA. Geon has also obtained differentapprovals for the project. IREDA has given final approval to the loan. 

M/s. Hargobind Bio Energyhas set up grid-connected Biogas based Power Generation Plant. Hargobind Bio Energy has set up one biogas gas plant of 3500 CU M capacity. They have also installed a Biogas based Generator set of 635 kW capacity. The plant is in a rural area. The power produced is being fed to the grid and the dry Bio-fertilizer is being used in the dairy farm. The total finance expenditure for the project was Rs. 600.00 Lakh consisting primarily of capital expenditure. Hargobind Bio Energy, Patiala (Punjab) gave the contract to Geon for work on development, approval, design, and construction of Biogas plant. Geon prepared a detailed project report and design for the project. Geon also got approval for the project and worked on signing a long term power purchase agreement with state utility. The Ministry of New and Renewable Energy, MNRE (Govt. of India) also gave approval for custom duty exemption for the import of machinery for the project. Geon also obtained the approval of the subsidy for the project from the Ministry of New and Renewable Energy, MNRE (Govt. of India) for a subsidy of around Rs. 100 Lakh. Geon is also working for validation and verification of Gold Standard carbon credits for the project.

Mr. Raju Gupta is a B. Tech. (Mechanical) from IIT, Delhi. He is also a Certified Energy Auditor from Govt. of India. He has over 30 years of experience in providing a complete range of services from concept development to consulting to Management of execution of the projects in areas of Renewable energy, Energy Efficiency & Climate Change. He has 7 publications in journals, seminars/conferences, and compiled more than 500 reports. He is also a life member of the Society of Energy Engineers & Managers (SEEM). Mr. Gupta works on the Consulting of Climate change, Renewable, Green building, and energy efficiency projects. It supervises investment-grade energy audits in industrial plants, Building energy efficiency, Data Analysis & Financial Interpretation for energy sectors, Carbon advisory. Mr. Gupta in the past was also involved in resource assessment studies on biomass, rural energy planning & de-centralized energy planning on a national scale for Govt. of India and state governments. He is also managing renewable projects encompassing conceptualizing, consulting, Engineering, Procurement, construction management, with overall inter-discipline coordination & administration, and resource planning. He is an expert in project identification, site selection, pre-feasibility studies, Project Screening, Feasibility Analysis, structuring, detailed project report, achieving financial closure, arranging debt-equity. He also manages know-how transfer, engineering design, procurement, and construction of energy projects and equipment supply & installation. He is a strategic planner, detail-oriented with expertise in planning and executing projects as per international standards. He has excellent ability in relationship management and has analytic and negotiation skills in coordination with Clients, Experts, Financiers, Technology and Machinery suppliers, Project Engineers, and Contractors. An effective communicator with exceptional relationship management skills with the ability to relate to people at every level of business and management.

Mr. Jugraj Singh Bedi has completed his Bachelor of Commerce from Uttkal University in 1992. He is a member of the Institute of Chartered Accountants of India, since 1999. Jugraj is also a Certified Information System Auditor from ICAI. Mr. Jugraj Singh Bedi has over Twenty years of experience. His area of specialization has been in Debt Syndication, Public Finance Management. Audit, e-Auditing, Double Entry Accounting System, Social Audit and Information System Audit and Management. He has helped and advised clients in raising Secured and Unsecured large-scale funds from Banking, Financial Institutions, and the Unorganized Funding sector. He has Evaluated and advised clients on inter-company transfers of tangible goods, intangible property, services, and loans and conducted financial and economic analyses of multinational and domestic corporations, industry and market research, comparative financial benchmarking, and has done report documentation. He has been involved in many consultancy and management audit assignments entailing review of the existing processes, systems, and procedures, developing recommendations for improvements, introducing new systems, imparting training and implementation of the suggested systems and procedures. Jugraj has provided expert advice and transfer of technical knowledge to governments on public accountability, Transparency through strengthening audit and other oversight institutions in the public policy cycle, and development management. He has planned, carried out, and reported on audits of small, medium, and large size client companies. Assisted clients in industry including publicly traded companies, tech start-ups, local government, and not-for-profit organizations and entities. Presented reports and recommendations to management and boards of directors. He has been actively associated with Government Projects, like designing and developing databases and monitoring software, consultancy for Government related projects for better infrastructure in small towns for overall sustainable development for citizens socio-economic development. He has good exposure to computerized systems and procedures, implementation of new systems in a computerized environment.

 

Mr. Sushil Chandra holds a masters degree in engineering from the Indian Institute of Technology, Delhi (1980 Batch) and has over four decades of vast and rich experience in a wide variety of complex projects of an Integrated steel plant, Asia biggest power utility company - NTPCs supercritical Power projects & also executed projects for Refineries, Petrochemicals, Gas Processing while serving in Engineers India Ltd a Premier engineering Consultancy of Asia. Sushil has served Indias many Navartna Companies including SAIL / NTPC / EIL for the installation of various greenfield & brownfield Power projects on EPC and BOO mode over the last 40 years. As a veteran Project Execution Head continuously providing engineering service as a Focal & Single point responsibility the basis for the execution of various Power Projects from concept to commissioning to top-ranking Owners in the energy & oil and gas sector globally. He was involved in the installation of over 10,000MW Power Projects for top-ranked Energy companies in India & Kuwait which are also included in the Fortune 500 biggest corporations. A few major companies are Indian Oil Corp, Oil, and Natural Gas Corp, Bharat Petroleum Corp Ltd (BPCL), Hindustan Petroleum Corporation, Kuwait Petroleum Company (KPC), etc. He has hands-on experience in international domain expertise to being associated with China National Petroleum Corporation International - the worlds 3rd largest oil company as a Power plant specialist for the development of Fulla / Moga Oil Fields in Sudan. He has an impressive record of associating power projects over 10000 MW. He has been deeply involved in various strategic decisions making and in developing the project by the Owner companies as well as EILs diversification into Power and Renewable energy sectors. Presently he is actively involved in the promotion of advanced Biofuels including Compressed Biogas (CBG) to CGD Companies and also agro residue-based pellets/ torrefied pellets to various power plants for power generation through biomass co-firing in the country. 

DR. HEMANT GUPTA           

Dr. Hemant Gupta works on innovation and development of cutting-edge solutions in the fields of Biotechnology for healthcare, agriculture, water treatment, and sanitation. He has worked with the US Govt, the Dept of Agriculture, Water, and the Environment Australia, the Ministry of Emergency Azerbaijan, the Ministry of Agriculture Qatar, and the Defence Research and Development Organization, India on several projects of National Importance.

Dr. Hemant Gupta holds Ph. D. in Biological Engineering from MIT, USA, Masters in Molecular Biotechnology from Uni Of Sydney, Aus. MBBS from Uni NSW, Australia

He has worked on innovation and cutting edge biotech solutions in the fields of Genetics, small RNAs and RNA interference, Developmental Biology, Cancer and Stem cells Formulations & Stem Cell Therapies. Developing Cutting edge antimicrobial formulations for surfaces and medical applications.

20 years of scientific research experience

Energetic self-starter, skilled at effectively leading teams to bring a vision to fruition.

Entrepreneurial drive and passion for translating scientific discoveries into novel, life-changing solutions for patients in need. Strong analytical, problem-solving, leadership, and communication skills

Passionate about the intersection of environment, agriculture, healthcare, and technology and love for small RNAs, Stem cells, and Exosomes.

Mr. S N Nagar is a B.Tech (Electrical) from MITS, Jiwaji University, Gwalior, MP. He has also obtained M.Tech and MBA degrees from different universities. He did a diploma in Bio-Informatics from Super Computing Facility IIT Delhi. He has more than 25 years of experience in the construction line. During his career, he has worked on the entire project construction cycle including the finalization and execution of the project. His area of specialization is Electrical, Mechanical, plumbing, and firefighting. He has acquired special skills in planning and coordination with different agencies including consultants, Architects, Contractors, Suppliers, manufacturers, etc, This helps in completing the project in time. Selection, Procurement, Installation, and commissioning of Equipment are also managed by him. He has a good understanding of value engineering and practices it to minimize the cost of the project. The basic parameters of projects - Cost, Quality, and Time are always taken care of by him during the entire project cycle. He trains his team and equips them with complete project knowledge before the assignment of the project task. He has delivered many important big projects using best Engineering practices. During his working lifetime, he has completed projects worth approximately Rs 1500 Crores till now. 

Ms. Shivani Vishnoi completed her MBA in Marketing from Pune University. She did her Bachelors degree in Computer Science from Kanpur University. She has 2 years of experience in Business Development, Digital Marketing, and Client interaction in the Energy sector. She is a marketing professional with strong communication skills and relationship management skillwith the ability to relate to people. 

MR. NEERAJ KAPOOR 

Neeraj Kapoor is an electrical engineering graduate and has a total experience of about 25 years. He has extensive experience in the Hydropower system and energy consulting serving both in the capacity of a consulting engineer and an employee. He possesses strong technical knowledge in the field of Electrical power engineering including power plants, transmission, and distribution, Hydropower systems. He is also a certified energy auditor from BEE, Govt. of India. 

P. P. Mittal holds a Ph.D. degree & also possesses M.B.A. and is having a Post Graduate Diploma in Power Development Management. He retired as Executive Engineer from DHBVN - Power Distribution Utility of Haryana with 37 years of experience and is a Certified Energy Auditor (EA-6851) by Bureau of Energy Efficiency, Ministry of Power, Govt. of India. He has vast experience in Power and Energy Efficiency segments during his tenure in distribution utility. He is a fellow of the Institute of Valuation, and also he is a fellow of Electronics and Telecommunication Engineering. He is a member of the Institute of Engineers and Life Member of the Society of Energy Engineer & Manager. He was deputed by Govt. of India for very comprehensive training on Energy Conservation in Japan in 2009. 

Dr. Deepak Dwivedi has completed his Ph.D. (Chemical Engg.) from WASM Curtin University, Perth Australia (QS world rank-2) in collaboration with the University of Cambridge, UK (as a visiting scholar) and the Australian Nuclear Science and Technology Organization (ANSTO), Sydney (as Australian Institute of Nuclear Science and Engineering  (AINSE)  Postgraduate  Research Awardee). He has completed his short postdoc at ESRF, France. Prior to this, he was selected as Research Scientist at Stanford University, USA. He has been the recipient of various awards including the prestigious "Balshree award" by H.E. The President of India, Child Scientist Award (2006 and 2007) by H.E. The President of India (Department of Science and Technology, Govt. of India) Dr. APJ Abdul Kalam, National Talent Search Award by  MHRD,  National  Merit scholarship by  MHRD,  Recommendation for  MEXT fellowship at Japan by MHRD, New Delhi, and Award by Institution of Engineers (India) for outstanding contribution in research at an early career, etc. He had secured state merit rank in the high school certificate exam (95.5%) (Governor medal), state merit rank in the higher secondary exam (94%) (Governor medal), and university merit rank in Engineering (Governor medal) and outstanding thesis declaration by AINSE, Australia apart from the district merit ranks in district-level primary (96%) and district level middle school exam (98.6%). He has been involved in funded projects worth $128000 AUD.

Currently, he is serving as Assistant Professor (Chemical Engineering and Biochemical Engineering) at RGIPT. He is also serving as a board member in various international journals including: 

(1) Editorial board member in Journal of Loss Prevention in the Process Industries (Elsevier) (IF: 3.660)

(2) Editorial Board Member in Scientific Reports (Nature) (IF: 5.134)

(3) Editorial Board Member in Corrosion Engineering, Science and Technology (Taylor and Francis) (IF: 2.087)

(4) Editorial Board Member in Journal of Pipeline Science and Engineering (Elsevier) (IF: Pending)

(5) Editorial Board Member in Green Technology, Resilience, and Sustainability (Springer) (IF: Pending)

His area of interest is corrosion science and engineering, surface engineering, energy resources and utilization, and advanced materials and energy sources. In addition to his Assistant Professorship, Dr. Deepak is serving as: 

(a) Senior Visiting Researcher, University of Cambridge, UK.

(b) Adjunct Lecturer, WASM, Department of Chemical Engineering, Perth, WA Australia.

(c) International Invited Member (Research), Dublin City College, Ireland.

(d) Honorary Regional Secretary, IICHE-Amethi Regional Centre, UP, India.

A strong proponent of Swami Vivekanands philosophy, Professor Sinha received his Bachelors Degree in Chemical Engineering from the Institute of Technology, Banaras Hindu University. Later, specializing in Chemical Reaction Engineering, he obtained his M Tech and Ph.D. degrees both from the Institute of Technology, Banaras Hindu University.

Starting their career as a faculty member at an early age in his own alma mater, Professor Sinha rose to become the Professor and Head of the Chemical Engineering Department at the Indian Institute of Technology, Banaras Hindu University. Before joining Rajiv Gandhi Institute of Petroleum Technology as its third Director, he has been serving as a Professor of Chemical Engineering at the Indian Institute of Technology, Banaras Hindu University. He is responsible for reshaping this Department into a model centre for quality engineering education and research centre through several innovations including raising the quality faculty and creating state-of-the-art laboratories. He has also served as the Dean of Academic Affairs at the Indian Institute of Technology, Banaras Hindu University from 2017 to June 2019, besides many other important assignments.

He has a perspective developmental vision plan for the overall growth of Rajiv Gandhi Institute of Petroleum Technology and is now bringing many important academic reforms to the campus.

Member of many academic and technical societies, his areas of research are diversified. Centering on Chemical Reaction Engineering and Heterogeneous Catalysis, he has significantly contributed in the areas such as Photo-catalysis for Water Splitting and Pollution Control; Conversion of Methanol to Hydrocarbons; Heterogeneous Process for Biodiesel Production; Catalytic Cracking of Methane; Production, Storage, and Uses of Hydrogen; Nano-materials along with Functionalization of Carbon Nanotubes. He has also been serving on several governing bodies, advisory boards, and committees of several governmental organizations.

Apart from his interest in the application of chemical reaction engineering concepts in the physics and chemistry of materials, Professor Sinhas mission is to bring out a paradigm shift in society through science and engineering concepts.

Dr. Sarbjit Singh Sooch has obtained B.E. (Civil Engineering), M. Tech (Civil Engineering - Hydrology and Water Resources Engineering), and Ph.D. (Civil Engineering - Environmental Engineering). He is the Director of, the School of Energy Studies for Agriculture in Punjab Agriculture University, Ludhiana. In addition to this, he is the coordinator of the All India Coordinated Research Project on Renewable Energy Sources for Agriculture and Agro-based Industries, Principal Investigator of The Operational Research Project and Bio-Conversion Technology components, and in charge of the extension ad-hoc project Biogas Development and Training Centre at PAU, Ludhiana funded by Ministry of New and Renewable Energy, New Delhi. He developed technology on Large Capacity Fixed Dome Type Biogas Plants for Power Generation. He has 25 publications in refereed journals, 58 extension papers/articles, 11 papers presented in seminars/conferences, 11 papers published in the proceedings of seminars/conferences, 6 chapters contributed for books/technical bulletins, 11 bulletins/manuals/booklets, and compiled 11 reports. Dr. Sooch is a life member of the Institution of Engineers (India), Indian Society of Technical Education (ISTE), Indian Society of Agricultural Engineers (ISAE), Society of Environmental Sciences, Society for Sciences, Solar Energy Sciences of India, Biogas Forum-India (BIGFEN) and Indian Ecological Science..

BAUER Engineering India Pvt. Ltd. is a subsidiary of the German company BAUER Spezialtiefbau GmbH, a worldwide leading special foundation contractor. 

We are a company incorporated in India, having its registered office at Plot no T-128. .T Block, UDC, Pimpri Chinchwad Industrial Area, Bhosari, Pune - 411 026 wish to state that we have necessary technical expertise, capabiiities, and resources necessary for design and development of Compressor section the above stated project. Bauer Kompressoren India has more than 20 installations of Bio-CNG compressors in India.

Bauer Kompressoren, is a 70+ year old German Multinational Company, in the business of Medium and High-Pressure Compressor systems with a wide range of capacities (2 m3ihr to 4000 m31hr) and pressures up to 500 bar suitable for engine starting, breathing air and gas applications Bauer Kompressoren India (BK1) is ISO 9001:2015 certified and comprises of Sales and Marketing, Engineering, Technical Support, Projects and Materials, Assembly and Testing Quality Assurance and Customer Service Support. With an overall installation base of 420+ high pressure air and gas compressors in Defence, DRDO labs, Automobile industry, Aviation and Aerospace industry, Oil and Gas industry, Refineries and Petrochemicals, Research labs and Educational institutes and Engineering Goods company, BAUER is the preferred choice of customers for high pressure air and gas compressor systems up to 500 bar.

They are also agree to provide complete solution along with supervision of installation and commissioning, and after sales support for compressor package for our projects.

R-FRAC, Regional Food Research & Analysis Centre, Centre of Excellence is a public charitable organization established vide G.O.No.-322/58-2-2002-100 (118) 2000 Dated - 05-05-2002 by Govt. of U.P. is registered under society of registration act 1860 under the department of horticulture & food processing, Uttar Pradesh. R-FRAC is also declared as centre of excellence in Food safety, testing, consultancy as well as HRD purposes by the state Govt. vide their letter No.163/58-2-2014-100(1)/2014 Food Processing/Lucknow: dated 18.03.2014 followed by state Govt. vide their letter No.20/2015/58-2-2015-100(1)/2014 Food Processing/Lucknow: Dated 07.05.2015 at the level of Chief Secretary, GoUP and also state Govt. vide their letter No.198/58-2-2017-100(1)/2014 Food Processing/Lucknow:  Dated 22.03.2017 at the level of Chief Secretary, GoUP.

RFRAC is NABL accredited ISO/IEC 17025:2017 as well as ISO 9001:2015 certified and well equipped with all latest equipment and tests are being done by highly qualified scientists. RFRAC also has a pool of experts/technocrat/financial adviser/Chartered engineers (mechanical & civil)/subject specialist in the area of agriculture/horticulture/dairy/food safety/HACCP/ISO other sectors for the benefit of universities/farmers/entrepreneurs.

RFRAC is multidisciplinary and knowledge resource centre. They also have a pool of PG Diploma Food Safety expert pass out from IGNOU (RFRAC as Study Centre, UP) for IGNOU. They offer experts for Mega Food Park developmental projects, cold chain infrastructure undertaken and can provide Human resource, HRD, Skill development training, Food safety Implementation training, Hygiene & sanitation Training to Food Park workers engaged in food manufacturing and in contact with food stuff. As per Food Safety Management System (FSMS) Plan is mandatory in FSSAI Act, RFRAC is a designated nodal agency in UP for it.

GEON has signed an MOU with RFRAC.

Society of Energy Engineers and Managers (SEEM) India is the national professional body of Certified Energy Managers, Auditors and energy professionals in the country launched in 2005 and registered under the Charitable Societies Act 1955. We are a non-government/not-for-profit organization with 15 chapters and 7 centers, spread over 22 states and engaged in delivering networking and skill development opportunities to its members, by organizing training programs, workshops, etc.

Society of Energy Engineers and Managers (SEEM), works to help industries achieve the important goal of realizing energy efficiency, choosing the right service that gives the best possible outcome from energy audits, and engaging in meaningful discussions to achieve industrial energy efficiency targets. To do this, we conduct one-to-one meetings, technical sessions, focus group discussions, seminars and workshops involving industry representatives to help them understand, identify and solve hurdles that industries face in taking their energy efficiency efforts to fulfillment. To share knowledge, insights and case studies from other industries, experts and agencies from India and abroad, we also publish a quarterly print magazine energy manager. Initiating efforts in 2005 with these objectives in mind, SEEM is now a network of more than 650 professionals engaged in various capacities as industry professionals, consultants, entrepreneurs and experts in the energy sector.

Our Mr. Raju Gupta is a Life Member of SEEM.

BARC is a premier multidisciplinary R&D organization under the Department of Atomic Energy, Government of India engaged in research with the objective of generating knowledge in various fields of science and technology. BARC has developed "NISARGRUNA- a biogas plant based on biodegradable (kitchen) waste" technology during its R&D activities. The technology is well proven through several functional plants of varying capacities in India. 

We have taken a technology transfer for the purpose of constructing, operating and/or maintaining the NISARGRUNA type of Biogas Plants.

NITI Aayog is developing itself as a state-of-the-art resource centre with the necessary knowledge and skills that will enable it to act with speed, promote research and innovation, provide strategic policy vision for the government, and deal with contingent issues. It is supported by an attached office, Development Monitoring and Evaluation Organisation (DMEO), a flagship initiative, Atal Innovation Mission (AIM) and an autonomous body, National Institute of Labour Economics Research and Development (NILERD).

 GEON has given many Presentation and Suggetion to NITI AYOG for improvement of the BIO-CNG Sector.

Institute for Industrial Development is Government Incubator working under PPP mode with Ministry of MSME New Delhi with Master Incubation centres at Multi Disciplinary Training Centre, KVIC ,Gandhi Darshan ,Rajghat ,New Delhi.110001  and  Incubation Hub at 27/1/B ,Gokhle Marg, Lucknow 226001. It is an industry incubator which acts as a catalyst to Promote Entrepreneurship development, development of business and Industries, Generation of employment opportunities, long term nurturing, innovations etc. to create maximum start-ups and new Industries 

We have signed an MOU of Associate/Corporate Member of, Institute for Industrial Development for working together to promote the business of each other by providing linkages and networking among our clients, social media (YouTube Channel) and various other forums. so that we may be listed at our mobile app, videos and websites.

7. RGIPT  (Rajiv Gandhi Institute of Petroleum Technology), Jais Amethi, UP 

Rajiv Gandhi Institute of Petroleum Technology (RGIPT), in Jais, Amethi (formerly in Raebareli), Uttar Pradesh, India, is a training and education institute focusing on the petroleum industry. It was formally opened in July 2008.

An RGIPT expert Dr. Deepak Dwivedi has accepted an advisory position with our industry for 2 years. He is working closely with Geon Engineers Private Limited and will be advising our industry on various aspects. We have also signed an MOU in close Collabration with Rajiv Gandhi Institute of Petroleum Technology on various problems related to below areas.

The Punjab Agricultural University (PAU) is a public funded agricultural university located in Ludhiana district of Punjab.[citation needed] It is a state agricultural university in India. It was established in 1962 and is the nations third-oldest agricultural university, after Govind Ballabh Pant University of Agriculture & Technology, Pantnagar and Orissa University of Agriculture and Technology, Bhubaneshwar. It was formally inaugurated by the then Prime Minister of India, Pandit Jawaharlal Nehru, on July 8, 1963. PAU pioneered the Green Revolution in India in the 1960s. It was bifurcated in 2005 with the formation of Guru Angad Dev Veterinary and Animal Sciences University (GADVASU). The Farmers Fair, which have been organised by the PAU since 1967, see the footfall of at least one lakh farmers in two days on PAU campus in Ludhiana, Punjab (bi-annually in March and September). The farmers from not only Punjab, but also from neighboring states such as Haryana, Rajasthan, Himachal Pradesh, etcetera travel to PAU campus to buy high-quality seeds, farm equipment and gain knowledge on new agricultural technologies in the two-day main fair event.

We did a collbrations with The Punjab Agricultural University for Technology transfer of biogas Plant.

The SATTLER GROUP is a family-owned firm, headquartered in Austria, that operates worldwide. We are the worlds leading manufacturer of highTEX products, especially for outdoor use, and SATTLER is also leading in the planning and implemamtation of membrane constructions. 

We are tied up with sattler as a B&V Influencer for Biogas Membranes.

National Federation of Farmers Procurement, Processing and Retailing Cooperatives of India Ltd, (NACOF) has been established under the Multi-State Cooperative Societies Act 2002 and registered on 4th November 2009 by the Joint Secretary & Central Registrar, Cooperative Societies in the Ministry of Agriculture, Govt. of India at Registration No. MSCS/CR/320/2009. The membership of NACOF is 74 comprising of the State Level Federations, Distt Level Federations and large size/primary level societies from States and Uts of India i.e. the Uttar Pradesh, Madhya Pradesh, Bihar, Maharashtra, West Bengal, Chhattisgarh, Uttarakhand, Odisha, Rajasthan, Jharkhand, Himachal Pradesh, Andhra Pradesh, Gujarat, Karnataka, Kerala, Punjab, Arunachal Pradesh,  Assam, Manipur, and UTts Delhi, Chandigarh, Jammu & Kashmir and Pondicherry . Copies  of the registration certificates are appended.

The NACOF, being a Multi-State Cooperative Federation could establish branches or place of business anywhere in the country in accordance with Section 119 of the MSCS Act 2002. The commercial operations of the NACOF are undertaken on all India level through its Head Office in New Delhi and Branches / Sub-Branches / Warehouses functioning in the State Capitals and other important cities / procuring centers.

GEON has signed and MOU with NACOF to work towards setting up of production units for producing of following products