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+48 500 709 200

office@i-maximum.com

I-MAXIMUM - engineering company that provides gas installation for industrial LPG systems, Synthetic Natural Gas (SNG), Propane Enrichment of Biomethane & Biogas

I-MAXIMUM Gas Company

+48 500 709 200 

Phone

Email

Kasprzaka 29, of 349 01-234 Warsaw, Poland

Office address

Główna 38A, 05-808 Parzniew, Poland

Production area

Mazowiecka 11, of49 00-052 Warszawa, Poland

Address for correspondence

Contact

synthetic naatural gas is your energy choice

i-maximum

Gas Equipment & Gas Service

Alternative to Natural Gas✅ I-MAXIMUM - engineering company that provides Gas installation for industrial LPG Systems, Synthetic Natural Gas (SNG),▶️Propane (LPG) Enrichment of Biomethane & Biogas

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Industrial Gas equipment LPG & SNG ✅  I-Maximum

Head of the sales department

Swietoslaw Kariuk

fill out the short form below and we'll get back to you within one business day

free consultation

About Us

About I-Maximum Company

About KGE

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LPG Vaporizers

Gas blenders systems

Outdoor gas boiler

LPG Pump Skid

LPG Tanks

SNG and Air Tanks

Compressors for SNG Systems

BioLPG equipment

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Welding of gas industry

Gas system design

Industrial gas Installations

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Support service for UDT

Industrial LPG gas service

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Best quality Vaporaizer LPG and SNG-Mixer in the industry

LPG VAPORIZERS

Gas equipments, manufacturing, and engineering

Korea gas engineering

Products That We Offer

Presentation of the new I-Maximum manufacturing plant - 

. Event on April 26, 2024 near Warsaw as part of the Gaseous Fuels Forum 2024. If you are interested in receiving videos of all presentations about gas equipment company I-MAXIMUM, please view the program of production presentations 

and fill out the subscription form at the following link:

Presentation of the new I-Maximum manufacturing plant

The first manufacturing of GAS mixers in Poland

+500

Containerized LPG vaporization station I-MAXGAS-500 kg/h

LPGvaporizer model KDV-100 Electricdry-type by KGE company.

LPG vaporizer model KBV-1500 With a gas burner for indirect gas heating through glycol (Indirect fire) by KGE company.

SNG Blender MGA-3000 (LPG + Air) series. Automatic Propan-Air Gas Mixer 

Gas boiler AY 100, condesing, for outdoor installation for water vaporizes LPG Smooth operation of the device up to -25°C air temperature by Robur company

LPG vaporizer model KWV-500.  Capacity of 500 kg/h.  Water-type (with hot water circulation) manufacturing by KGE company.

LPG vaporizer model KWV-1000.  Capacity of 1000 kg/h.  Water-type (with hot water circulation) manufacturing by KGE company.

LPG vaporizer model KEV-150-SR. Capacity of 150 kg/h.  Electric water-type manufacturing by KGE company.

COST OF CONSUMPTION OF 1 MW OF THERMAL ENERGY (with delivery and thermal efficiency) FOR COMPANIES: from February 1, 2025 [EURO NET]

 that provides energy solutions for industrial 

 We specialize in the production and delivery of precise gas blending installations that effectively replace the use of coal, heating oil, gas, and other fuels at our clients' facilities.

to the decarbonization of the industrial, heating, food, and many other sectors.

About company

Certificate

Our installations

About company KGE

The chart is based on TTF and Argus (daf Brest) quotes in 2021-2023.

TTF – The Title Transfer Facility, is a virtual trading point for natural gas in the Netherlands. Argus (daf Brest) - daily quotes for liquefied gas prices on the Belarusian-Polish border

comparison of the exchange value of natural and liquefied gas in 2021-2023, €/MWh

Welding of gas equipment

Technical design

Installation of gas equipment

Supply of LPG and SNG equipment

Design and installation of gas supply for power energy, industrial and agriculture

Start saving - Install an alternative to Natural Gas - Synthetic Natural Gas (SNG)

with unstable natural gas and LNG markets

Economy

Independence from accidents on natural gas pipelines

Security

Switching to SNG does not require replacement or adjustment of burners

Speed

Investments

Synthetic Natural Gas (SNG) is a gas obtained by
blending air with any gas or gas mixture, having a calorific value equal to the
calorific value of methane. Information on blending Liquefied Petroleum Gas
(LPG) with air is presented on our website. SNG is used to replace natural gas
in industrial enterprises, gas power plants, and is applied for the
gasification of settlements (cities, districts, villages). SNG can also be
referred to as gas containing methane (CH4), obtained through coal
gasification. Bio-SNG can be called gas containing methane, obtained through
biomass gasification or biogas recovered from landfills, but bio-SNG can also
be referred to as gas obtained in the process of blending bio-LPG with air.

SNG-blender, is a device where LPG (liquefied petroleum
gas) and air are automatically mixed under high pressure in the required ratio,
producing SNG gas (synthetic natural gas) with properties similar to natural
gas (NG). The SNG-blender is characterized by its precision, automated gas
mixing process, and a broad range of adjustments for calorific value and
pressure.

To select the appropriate
equipment and estimate costs, four main parameters need to be considered:
1. Maximum flow of SNG or
natural gas per hour in normal cubic meters (Q = ? Nm3/h or MMBTU/h).
2. Gas pressure at the
connection point (P = ? from 0.035 to 10 bar or from 0.5 to 145 psi).
3. Required calorific
value of the gas (heat of combustion), for example, for natural gas 8,900
kcal/m3 (1000 BTU/Cu.Ft.), but some facilities in the European Union may use
nitrogen-enriched gas, and its calorific value may be 5,260 kcal/m3 (22.0
Mj/m3).
4. Propane and butane
ratios in LPG gas, for example, 60% propane and 40% butane.
5. The installation costs
of SNG systems are several times lower than the installation costs of LNG for
industrial enterprises.
Please leave us your
request on our website with the above-mentioned parameters, and we will send
you an offer for connecting the SNG system.

BioLPG, also known as BioPropan,
is a type of gaseous fuel that is identical in composition and chemical
properties to traditional liquefied petroleum gas (LPG) but is produced from
organic materials or waste. The BioLPG production process may involve
processing various organic raw materials such as sewage sludge, agricultural
residues, sawmill waste, and even bioethanol or the synthesis of renewable
hydrogen and carbon dioxide.
Currently, BioLPG finds practical
application in gas supply systems in the United Kingdom.
One of the interesting
technologies is the production of DME, which stands for dimethyl ether, a gas
similar to propane. DME can serve as both a finished product and an
intermediate raw material for the production of biopropane. Its main source of
production is the dehydration of methanol. Various raw materials are used for
production, including biomass, waste, wood, agricultural products, as well as
fossil fuels such as gas and coal. DME can be blended with LPG in proportions
of 20% for household purposes (heating and cooking) and 25% - 30% for
transportation purposes.

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